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Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search Search Technical Specifications of Distribution Switchgear.pdfhttps://www.spgroup.com.sg/dam/jcr:733f7a0c-94e8-4d8b-87e5-d5144b0d9be5/%20Technical%20Specifications%20of%20Distribution%20Switchgear.pdf Singapore Institute of Power and Gas Technical Specifications of Distribution Switchgear Course Code: ESG13 OBJECTIVES Upon completion of this course, participants will be able to: • Understand the purpose of technical requirements specified in the specifications • Appreciate the inclusion of quality assurance in technical specifications MAIN CONTENTS • Purpose and implication of Technical Requirement Specification • Parts of the Distribution Switchgear • Functions of Components • Auxiliaries for Installation • Technical Ratings • Standards in Compliance • Concept of Distribution Switchgear Construction • Degrees of Protection Provided by Enclosures / IP Code • Protective System • Type and Site Tests • Quality Issues Encountered METHODOLOGY Lecture TARGET AUDIENCE Engineering and technical staff who are required to provide and manage technical specifications of distribution switchgear, and other staff involved in the installation, operation and maintenance of distribution switchgear COURSE DETAILS Course Duration / Time Assessment 0.5 day (3.5 hours) / 8:30am – 12pm Yes Certification SIPG Certificate of Completion 1 PDU by PE Board 2 - Course Fee before Funding $350 w/o GST $374.50 with GST Course Fee after Funding 3 Not applicable - CLICK TO REGISTER 1 Participants must attain at least 75% attendance rate and pass the assessment. 2 Applicable to Professional Engineers registered in Professional Engineers Board (PEB) only. 3 Funding grant is available for Singapore Citizens and Permanent Residents only. Note: SIPG reserves the right to amend any details relating to the course without prior notice. 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Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering change Jerome Choong shares the extent of work behind the scenes that goes towards upholding Singapore’s electricity network reliability, while Jennifer Ong elaborates on SP’s expansion into overseas markets. Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability [20171024] The Business Times - SP Group To Build First Micro-Grid On Mainland Singaporehttps://www.spgroup.com.sg/dam/spgroup/wcm/connect/spgrp/25ac241e-5385-41ce-981a-dec86af8b1c2/%5B20171024%5D+The+Business+Times+-+SP+Group+To+Build+First+Micro-Grid+On+Mainland+Singapore.pdf?MOD=AJPERES&CVID= [20171024] Lianhe Zaobao - SIT Will Build Micro-Grid To Reach Zero Emission Goalhttps://www.spgroup.com.sg/dam/spgroup/wcm/connect/spgrp/221a9959-3593-4912-a8b5-b34eadd5b078/%5B20171024%5D+Lianhe+Zaobao+-+SIT+Will+Build+Micro-Grid+To+Reach+Zero+Emission+Goal.pdf?MOD=AJPERES&CVID= Searchhttps://www.spgroup.com.sg/search?tag=micro-grid Search Sustainabilityhttps://www.spgroup.com.sg/about-us/media-resources/energy-hub/sustainability/singapore-s-first-urban-micro-grid-targets-zero-emission SP Energy HubAnnual ReportReliabilitySustainabilityInnovation Singapore’s First Urban Micro-Grid Targets Zero-Emission SUSTAINABILITY Mr Brandon Chia, Head, SP Centre of Excellence (Centre) and Associate Professor Ivan Lee, Vice President (Industry & Community), SIT (Second from right) signing the RCA to jointly develop sustainable and energy-saving solutions for the micro-grid. The signing was witnessed by National Development and Second Finance Minister, Mr Lawrence Wong (second from left) together with Mr Wong Kim Yin, Group CEO, SP Group (extreme left) and Professor Tan Thiam Soon, President, SIT (extreme right) SP Group and the Singapore Institute of Technology (SIT) will build Singapore’s first multi-energy urban micro-grid at the university’s campus at the upcoming Punggol Digital District, with a target to achieve zero-emission. The micro-grid will integrate gas, electricity and thermal energy into a unified smart energy network. It will enable SIT to tap green energy sources such as solar energy and energy storage technologies, save energy and eliminate carbon emissions, equivalent to removing close to 2,000 vehicles off the roads. The multi-energy micro-grid will also serve as a teaching and applied research platform for SIT students and other stakeholders in the energy ecosystem. SP and SIT also signed a Research Collaboration Agreement (RCA) on 23 April 2018 at the opening conference of the International Utility Working Group [IUWG] conference. They will jointly research and develop sustainable, energy-saving solutions to incorporate onto the micro-grid. — 23 April 2018 SP and SIT signed a memorandum of understanding to build a multi-energy urban micro-grid at the university’s upcoming Punggol campus. The signing was held at the Singapore International Energy Week 2017 and was witnessed by Senior Minister of State, Ministry of Communications and Information, and Ministry of Culture, Community and Youth, Ms Sim Ann. TAGS SUSTAINABILITYGROWING GREENERMICRO-GRIDSAVE ENERGY SAVE COSTINNOVATION YOU MIGHT BE INTERESTED TO READ Empowering Green Capabilities Satinderpal Singh and Fong Yi Kit deal with the polarising "hot" and "cold" elements at work, but share one thing in common: empowering organisations with tools to create a low carbon, smart energy Singapore. SP’s first batch of agrivoltaic assets in Guangdong Province, China In China, we are helping customers sustainably maximise farm yields – solar and agriculture – as we invest in our first batch of agrivoltaic assets in Guangdong Province. Expansion of SP’s district cooling network at Marina Bay SP’s district cooling network at Marina Bay will be expanded to include the developments of four customers – Marina View, Clifford Centre, OUE Bayfront and The Fullerton Heritage, which includes Fullerton Bay Hotel, Clifford Pier and Customs House, – increasing the network’s installed capacity to 75,000 refrigeration tonnes (RT) by 2027. Category: Sustainability [20171024] Lianhe Zaobao - SIT Will Build Micro-Grid To Reach Zero Emission Goalhttps://www.spgroup.com.sg/dam/spgroup/wcm/connect/spgrp/221a9959-3593-4912-a8b5-b34eadd5b078/%5B20171024%5D+Lianhe+Zaobao+-+SIT+Will+Build+Micro-Grid+To+Reach+Zero+Emission+Goal.pdf?MOD=AJPERES&CVID= [20171024] The Business Times - SP Group To Build First Micro-Grid On Mainland Singaporehttps://www.spgroup.com.sg/dam/spgroup/wcm/connect/spgrp/25ac241e-5385-41ce-981a-dec86af8b1c2/%5B20171024%5D+The+Business+Times+-+SP+Group+To+Build+First+Micro-Grid+On+Mainland+Singapore.pdf?MOD=AJPERES&CVID= [20200901] The Business Times - SP Group partners CapitaLand JV to develop energy-saving solutions in Chinahttps://www.spgroup.com.sg/dam/jcr:776a42e9-9358-4556-b1f4-544957259bb1 SP Group partners CapitaLand JV to develop energy-saving solutions in China By Fiona Lam fiolam@sph.com.sg @FionaLamBT Singapore NATIONAL power grid operator SP Group and Sino-Singapore Guangzhou Knowledge City Investment and Development Co (GKC) will develop district cooling, heating and integrated energy solutions in China. These will help GKC’s greenfield master development, the China- Singapore Guangzhou Knowledge City (CSGKC), achieve energy savings. GKC is a joint-venture (JV) company established by CapitaLand and the Guangzhou Development District Administrative Committee. In a press statement on Monday, SP Group announced it had signed an agreement with GKC to set up a JV. This also marks SP Group’s foray into southern China. As part of the agreement, the two parties are working together to develop district cooling and heating solutions for the Knowledge Tower project at the Jiulong lake area, for a start. They will invest in, construct and operate these solutions centred on the smart micro-grids layout, said GKC’s chief executive officer (CEO) Chen Changxin. SP Group and GKC will also integrate sustainable energy solutions, such as distributed energy, energy storage, energy efficiency and energy management systems. These solutions could be extended to other projects in the Sino- Singapore International Technology Innovation Cooperation Demonstration Area within CSGKC, to provide energy and cost savings to more customers. “This will translate to a cleaner and more sustainable energy future for CSGKC and Guangzhou city,” SP Group said in the statement. The energy utilities group’s CEO Stanley Huang noted that its technology and operations at Raffles City Chongqing in China and the Marina Bay financial district in Singapore have helped customers achieve cost savings, and reduce energy consumption. At CapitaLand’s Raffles City Chongqing, SP Group operates its advanced energy-efficient cooling and heating system, which began operations in September last year. This has enabled the mixed-use complex to cut energy consumption by more than 40 per cent, compared to conventional chiller plants for buildings. SP Group also designed and has been operating the underground district cooling system at the Marina Bay financial district since 2006. GKC’s Mr Chen said that GKC is “an important platform for China- Singapore collaboration”. “It is a milestone for us to jointly establish a joint venture to develop the smart energy business,” he added. CapitaLand shares fell S$0.01 or 0.4 per cent to close at S$2.77 on Monday. SP Group Sustainability Review FY2020-2021https://www.spgroup.com.sg/dam/spgroup/pdf/energy-hub/sustainability/sp-group-sustainability-review-fy2020-2021.pdf Sustainability Review FY2020/2021 Scope of review This is the annual sustainability review published by SP Group (SP) for the financial year 1 April 2020 to 31 March 2021 (“FY20/21”). The scope of this review covers SP’s Singapore-based operations. Sustainability Strategy SP’s mission is to deliver reliable and efficient utilities services to enhance the economy and the quality of life of our customers. This mission is rooted in our core values of commitment, integrity, passion and teamwork. In FY20/21, we maintained our focus on upholding reliability while we charted new paths for the business with Strategy 2030, a 10-year roadmap to create a low carbon, smart energy Singapore and become the leading sustainable energy solutions player in Asia Pacific. Sustainability is central to achieving our mission and business objectives in a responsible and committed manner. As a leading energy utilities company, we have anchored our sustainability strategy on the United Nation’s Sustainable Development Goal (SDG) 7 to ensure access to reliable, sustainable and modern energy for all. In the past year, we have added SDG 9 to build resilient infrastructure, promote inclusive and sustainable industrialisation and foster innovation. With this, the specific targets that the Group aims to support are grouped under the two focus areas of Clean and Smart Energy and Reliable and Sustainable Infrastructure. Clean and Smart Energy: SDG 7.1 – Universal Access to Modern Energy (Energy access) SDG 7.2 – Increase Global Percentage of Renewable Energy (Renewable Energy) SDG 7.3 – Double the Improvement in Energy Efficiency (Energy Efficiency) Reliable and Sustainable Infrastructure: SDG 9.1 – Develop Sustainable, Resilient and Inclusive Infrastructures (Reliable Infrastructure) SDG 9.4 – Update all Industries and Infrastructure for Sustainability (Sustainable Infrastructure) 2 We have also identified three material topics that support our actions towards the achievement of the targets of SDG 7 and SDG 9: 1) Network Reliability, 2) Innovation and 3) Customer Empowerment. Mission: Deliver reliable and efficient utilities services to enhance the economy and the quality of life NETWORK RELIABILITY Core Values: Commitment, Integrity, Passion, Teamwork CUSTOMER EMPOWERMENT RENEWABLE ENERGY ENERGY ACCESS 7 AFFORDABLE AND CLEAN ENERGY ENERGY EFFICIENCY RELIABLE INFRASTRUCTURE 9 INDUSTRY, INNOVATION AND INFRASTRUCTURE SUSTAINABLE INFRASTRUCTURE INNOVATION Creating a sustainable future We aspire to be a leading utilities company in a sustainable future. To achieve this, we invest in innovative technology and infrastructure to ensure that we continue to deliver energy to customers safely and reliably amidst an evolving energy landscape. The following strategic thrusts form the pillars to our future: 1. Upholding our position as a reliable and efficient grid operator With the proliferation of distributed and intermittent energy sources, we continue to invest in innovative technologies to integrate renewables to maintain grid stability and reliability. 2. Providing Sustainable Energy Solutions To create a low carbon, smart energy Singapore, we extend our efforts beyond our own operations to empower both residential, commercial and industrial customers to make changes to their daily habits and operations, with the aim of creating a larger impact. Innovative solutions such as district cooling, centralised cooling system solutions in new HDB towns and promoting electromobility are key to achieving this goal. 3. Be a leading Sustainable Energy Solutions player in Asia Pacific Leveraging our strengths and experience to enable a sustainable energy future for customers in Singapore, we are bringing our solutions and experiences to overseas markets such as China and Vietnam to benefit more customers in the region. 3 Integrating sustainable financing To deepen the integration of our sustainability ambitions within our financing strategy, we have recently established a Green Financing Framework 1 that is benchmarked against relevant international principles and guidelines. Under the Framework, the Group and its subsidiaries will be able to issue green financing instruments to finance and/or refinance eligible green projects in four categories, namely: 1) clean transportation, 2) energy efficiency projects, 3) renewable energy and 4) green buildings. This allows investors and lenders to have greater visibility on the use of proceeds and the positive environmental impact of the Group’s investments in sustainable energy solutions and projects that are funded by green financing instruments. FY20/21 environmental performance SP is committed to reducing the environmental impact of our business operations. Since 2019, we have undertaken annual data collection exercise to calculate the greenhouse gas (GHG) emissions from our business activities following the principles in the Greenhouse Gas Protocol: A Corporate Accounting and Reporting Standard (revised edition) and GHG Protocol Scope 2 Guidance. Absolute, tonnesCO 2 e Intensity, kgCO 2 e/MWh sold Emissions FY19/20 FY20/21 FY19/20 FY20/21 Scope 1 25,966 21,098 0.54 0.45 Scope 2 375,987 2 383,846 7.83 8.17 The bulk of SP’s GHG emissions in Scope 2 resulted from the dissipated energy emissions from technical losses from the transmission system and distribution network in Singapore. While this emission is relatively stable and inherent in the operations of the network, SP Group is committed to identify opportunities to reduce the emissions from other key business activities. In the coming years, we will explore new technologies to help us develop our decarbonisation roadmap to reduce our emissions to meet our carbon reduction target. This roadmap will also include an identification of the climate-related risks and opportunities to help us plan for more sustainable and resilient operations into the future. With the launch of My Green Credits TM on the SP Utilities app, SP has pledged to cover 100 per cent of the electricity consumption at our Singapore headquarters with Renewable Energy Certificates (RECs) from October 2020 onwards. These actions are in support of the “30-30-30” target that was set to add at least 30 per cent value to our customers and reduce our carbon footprint by 30 per cent, by 2030. With FY18/19 as the baseline year where 1 SP’s Green Financing Framework can be accessed here: https://spgrp.sg/SPGreenFinancingFramework 2 Data restated after internal review 4 applicable, selected performance indicators are measured and tracked in relation to our material topics of network reliability, innovation and customer empowerment. In FY20/21, our System Average Interruption Duration Index (SAIDI) performance for electricity network recorded an all-time best of 0.15 minute, an improvement from 0.56 minute in the previous year. Commonly used as a reliability indicator by electricity companies, SAIDI measures the average outage duration experienced by each customer served. Our improvement reflects the continuous efforts we have put in place to ensure our customers are provided with reliable electricity supply. We have also facilitated the switch for 49 per cent of residential customers and 47 per cent of small business customers in the Open Electricity Market, enabling them to enjoy savings of 20 to 30 per cent off the regulated tariff. Customers also have the option of a non-standard price plan to buy electricity from the wholesale electricity market. SP’s low carbon initiatives such as district cooling, solar and electromobility have enabled customers to avoid more than 28,000 tonnesCO 2 e in FY20/21, equivalent to planting almost 1.4 million rain trees 3 or taking more than 6,000 cars off the road for a year 4 . Measuring this progress against the target of helping customers reduce their carbon footprint, these initiatives have achieved 18 per cent increase in the CO2 avoided since the baseline year of 2018. There was a slight reduction as compared to the previous year's reduction of 19 per cent due to a decrease in demand of the various sustainable energy solutions amidst the Covid-19 situation in Singapore last year. 3 One mature rain tree absorbs 0.0201 tonnesCO 2 a year - data from My Carbon Footprint study by South Pole 4 From US EPA Greenhouse Gas Equivalencies Calculator 5 Contributing to SDG 7 and 9 targets SDG Target by 2030 Material topic Our key contributions 7.1 Energy access Ensure universal access to affordable, reliable and modern energy services. Innovation Customer Empowerment • Increasing electric vehicle charging stations • Enabling access to the Open Electricity Market by empowering customers with options for electricity packages and to enjoy savings 7.2 Renewable energy Increase substantially the share of renewable energy in the global energy mix. Innovation • Deploying solar PV projects • Testing green hydrogen • Issuing and trading of Renewable Energy Certificates Customer Empowerment • Launch of My Green Credits TM on the SP Utilities app to enable households to match their electricity consumption with an equivalent amount of green energy produced 7.3 Energy efficiency Double the global rate of improvement in energy efficiency. Innovation Customer Empowerment • Deploying energy saving solutions like GET TM TenantCare • Deploying smart technology and SP Utilities app to access half-hourly electricity usage • Spreading environmental awareness through Eco-Boards, GreenUP and My Carbon Footprint • Deploying smart technologies for Tengah smart energy town 9.1 Reliable infrastructure Develop quality, reliable, sustainable, and resilient infrastructure, including regional and transborder infrastructure, to support economic development and human well-being, with a focus on affordable and equitable access for all. Network Reliability • Investing in network infrastructure upgrades • Deploying smart grid technologies • Developing Asset Health Digital Twin to monitor equipment health • Constructing the first large-scale underground substation in Southeast Asia to optimise space in land-scarce Singapore Innovation • Deploying district cooling and energy saving solutions • Developing urban micro-grid 9.4 Sustainable infrastructure Upgrade infrastructure and retrofit industries to make them sustainable, with increased resource-use efficiency and greater adoption of clean and environmentally sound technologies and industrial processes, with all countries taking action in accordance with their respective capabilities. Network Reliability • Capacity upgrade for the Interconnector between Singapore and Peninsular Malaysia to support a regional grid energy import pilot • Recommissioning of Toh Tuck Gasholder • Developing Distributed Energy Resources Management System (DERMS) to enable the effective integration of renewables • Developing utility-scale energy storage system 6 Network Reliability Why this is material SP serves a large customer base of 1.6 million customers in Singapore, with a rising expectation of uninterrupted power and a high-quality maintenance framework. We invest in capabilities to uphold reliable, efficient power supply to households and businesses. Network reliability is mission critical to SP as we strive to deliver excellence in our service provision and operations and align to the identified targets under SDG 9. Management Approach Network maintenance Despite Singapore having one of the best electricity and gas network systems in the world, supply interruption is inevitable and may occur due to various reasons including network failure, damage by third parties, faulty equipment at customer sites or issues with the source of the supply. Operations run 24/7 at SP’s distribution control centre, the nerve centre of Singapore’s power grid to ensure supply reliability. Electricity network To minimise the possibility of supply interruption, SP follows a systematic regime of maintenance, timely replacement of ageing equipment and close monitoring of equipment performance. For example, our Asset Sensing and Analytics team monitors and checks the health of our network around the clock. Any anomalies detected will trigger a response for the team to carry out rectification works to ensure the continued well-being of the equipment. Our specialists keep a close eye on about 11,800 substations and over 28,000km of cables in the grid. They conduct regular health screening of all electrical assets on the network and recommend deeper investigations or treatment when necessary. 7 To enhance speed and accuracy in predicting anomalies, we have implemented online asset sensing and analysis for newly installed 230kV and 400kV cable joints, and for all 400kV, 230kV and new 66kV switchgears. We are in the process of doing the same for critical 22kV substation’s switchgear which will be completed by 2022. We also carry out physical monitoring every three to six months. This measures the electrical and acoustic signal and temperature of the equipment when the condition checks are being conducted. If a power failure occurs, we take four remediation actions to minimise the impact and downtime. 1. Remote switching When a power fault is detected, this first course of action disconnects the affected equipment from the network and reconnects it to an alternative supply source. Since 2019, we have implemented remote switching capabilities for all 6.6kV distribution networks substations, allowing for quicker restoration should a supply interruption occur. 2. Manual switching This is conducted when remote switching is unable to restore power supply. Power faults in low-voltage networks, such as damage to over ground boxes that are used to transmit electricity to customers, are usually resolved through manual switching. 3. Mobile generators These generators are immediately deployed when power faults are reported and are used to provide temporary electricity supply while the network issues are being resolved. 4. Cable jointing This is conducted when switching is unable to resolve the power fault and the mobile generators cannot access the substation where the fault has occurred. Gas network SP owns and operates the gas network that supplies gas to industrial, commercial and residential customers. The high pressure gas transmission system transports the main fuel source for Singapore’s power generation plants. An asset life cycle approach to asset management is adopted to manage risk and ensure that the gas network is developed, maintained and operated in a safe and reliable manner. The gas network is monitored round the clock in a system control centre. A supervisory control and data acquisition (SCADA) system is deployed on the transmission system to avail remote monitoring and operations capability, which enables us to respond immediately to incidents. When incidents occur, response is centrally managed to ensure that performance recovery is quick and directed, thus minimising disruption to customers. A key component we monitor closely is the network pressure. This is done by deploying pressure sensors across the entire transmission network. SP’s gas network operations team monitors the pressure readings to ensure that the network pressure at different nodes is maintained within an optimal range. To enhance the remote monitoring capability and productivity, we have developed a prototype machine learning solution based on Deep Learning autoencoders that can learn from a vast amount of historical data of transmission 8 pressure readings to detect deviations from the expected pressure levels and alert the operations team of any anomaly in the gas network. Regular inspections and maintenance are also conducted on our assets to maintain reliability. An asset renewal programme tracks asset performance and replaces deteriorating assets efficiently. Patrol and leak survey of the pipelines are conducted to detect third party activities and gas leaks respectively. Dedicated planning of assets, selection of materials, project management and strict testing requirements are conducted to maintain the integrity of the gas network. This enables us to uphold reliable and safe supply of gas to customers. Conducting regular checks to ensure optimal gas supply pressure for customers. International collaboration In ensuring a more secure, accessible and sustainable energy future, SP is an active member of several international and regional working groups to benchmark and share best practices on grid operations. As part of the International Utility Working Group, SP is one of the utilities companies in the 10 member countries that meet annually to address topics on grid reliability and security, integrating clean energy sources and meeting the digital needs of customers. Regionally, SP represents Singapore at the meetings of the Heads of ASEAN Power Utilities/Authorities (HAPUA). HAPUA’s key objectives include strengthening regional energy security through interconnection development and enhancing the quality and reliability of electricity supply system. SP is the Chair of the Working Group #3 that focuses on Distribution, Power Reliability and Quality. Initiatives Reliable Infrastructure – SDG 9.1 Investing in network infrastructure upgrades Planning and investing in network infrastructure upgrades are key to ensuring customers have reliable and safe access to electricity and gas. We have a long-term asset renewal strategy – based on the performance, condition and age of our equipment – to ensure that our electricity network remains resilient. As part of our accelerated gas mains renewal programme, we have replaced aging ductile iron pipelines with more durable polyethylene pipes. This significantly reduces the risk of gas leaks and improves gas safety. 9 To secure reliable and efficient electricity supply for Singapore in the longer term, we have built cross-island underground transmission cable tunnels. Besides enabling us to better plan for future network requirements, we can install, repair and replace aging assets efficiently, without digging up the roads, which may inconvenience the public. This ensures that Singapore continues to be equipped with optimal electricity supply infrastructure and maintains its position as having one of the best performing electricity networks in the world. Smart Grid Index We have developed the world’s first Smart Grid Index (SGI) to help utilities measure and advance in key dimensions of smart grid development. The SGI, which has received strong endorsement from industry experts and stakeholders, measures the smartness of power grids globally in seven key dimensions: 1) supply reliability; 2) monitoring and control; 3) data analytics; 4) integration of Distributed Energy Resources (DER); 5) green energy; 6) security, and 7) customer empowerment and satisfaction. The SGI allows utilities to understand their strengths and areas they can improve in. Today, the SGI measures and benchmarks grid smartness across 85 utilities from 37 countries/markets. In 2020, utilities in Asia Pacific nations made significant improvements in the rankings with an overall improvement by more than five percentage points from the score in 2019. Globally, there is increasing focus on data analytics, with an average of more than 11 percentage points growth. For further details on the benchmarking scores, please refer to https://www.spgroup.com.sg/sp-powergrid/overview/smart-grid-index In 2020, SP Group improved by almost 9 percentage points from the 2019 score, mainly in the areas of supply reliability and customer empowerment and satisfaction. This was due to its efforts to ensure near-zero downtime in network reliability, provide half-hourly electricity usage with smart meters and achieving higher customer satisfaction scores. Asset Health Digital Twin Harnessing the power of digitalisation, we are applying concepts of digital twin, using digital representation of physical assets to optimise maintenance and renewal, and enhance the reliability of our electricity network. This progressive development aims to put information about asset health and alerts at the fingertips of our officers, enabling them to respond swiftly according to asset conditions. This will strengthen our capabilities in failure prevention and enhance the reliability of the electricity network for our customers. Construction of large-scale underground substation The Group announced in early 2021 the construction of Southeast Asia’s first large-scale underground electrical substation in Labrador, to develop sustainable infrastructure and optimise space in land-scarce Singapore. As part of the Urban Redevelopment Authority’s underground Master Plan 2019, the 230kV Labrador underground substation is scheduled to be completed in 2024. It occupies a land-size of three-hectares, about the area of four football fields. To ensure maximum land optimisation, the land above it will be used for a 34-storey commercial development. 10 The underground substation at Labrador will be integrated with a 34-storey commercial building, as a part of the larger Greater Southern Waterfront. Building a substation underground would be more resource-intensive and require specialised engineering capabilities as compared to the usual above-ground substations. However, the long-term benefits of building substations underground outweigh the costs. In addition to optimising land resources for other purposes, underground substations have a lower risk of being exposed and damaged. This will enhance asset and network security. Sustainable Infrastructure - SDG 9.4 Interconnector between Singapore and Malaysia With the regional power grid identified as one of the ‘Four Switches” in the Singapore Energy Story for the next 50 years, SP is actively supporting the upgrade of infrastructure to tap on regional power grids for cleaner energy resources and further diversify Singapore’s energy supply. We have upgraded the previous two 250 megavolt amperes (MVA) interconnector undersea cables between Singapore and Peninsular Malaysia to a capacity of two 550 MVA in August 2020. With this upgrade, 100 megawatt (MW) of the Interconnector capacity could be set aside for the two-year trial import of electricity from Malaysia as announced in early 2021. Recommissioning of Toh Tuck Gasholder The Toh Tuck Gasholder is critical in managing the town gas supply pressure to consumers during peak hours. We have spent 24 months to enhance the gasholder and successfully recommissioned the gasholder in January 2021. The gasholder will contribute to gas pressure stability as well as cater for future demand. DERMS to enable effective integration of renewables To cater to potential demand for renewable energy sources and maintain reliability in a distributed energy landscape, we have piloted the Distributed Energy Resources Management System (DERMS) to manage the influx of solar photovoltaic, energy storage systems and electric vehicles connected to our electricity network. Through real-time monitoring and smart control capabilities, integration of these distributed energy resources can be optimised while ensuring the reliability of our electricity network. 11 Energy storage systems Energy Storage System (ESS) can be the key to managing intermittency from solar energy and other network applications. ESS provides quick response when solar installations are affected by cloud cover to reduce solar intermittency. In collaboration with the Energy Market Authority of Singapore and industry partners, we have led the deployment of the first-ever utility-scale ESS at a substation in Woodlands. Designed for local conditions, this will enable us to incorporate more renewables and other sustainable energy solutions into our electricity grid. Performance There are two key indicators that our industry measures when assessing performance on network reliability: 1) SAIDI, a system index of average duration of interruption in the power supply indicated in minutes per customers, and 2) System Average Interruption Frequency Index (SAIFI), a system index of average frequency of interruptions in the power supply. In FY2020/2021, our SAIDI for the electricity network improved by over 73 per cent. FY18/19 FY19/20 FY20/21 Electricity SAIDI (min) SAIFI 0.87 0.0307 0.56 0.0366 0.15 0.0073 Gas SAIDI (min) SAIFI 0.0932 0.0014 0.2637 0.0019 0.4223 0.0024 To ensure minimal service disruption to our gas network, we have been actively replacing aging ductile iron pipelines with more durable polyethylene pipes to improve our gas SAIFI and SAIDI performance. Future outlook To meet our “30-30-30” target to add at least 30 per cent value to our customers and reduce our carbon footprint by 30 per cent by 2030 and uphold supply reliability, we actively invest in infrastructure, technology and engineering capabilities. We continually look for innovative and cost-effective ways to do our work faster, better and more safely, and empower our staff with the knowledge they need to increase productivity and bring value to our customers and stakeholders. 12 Innovation Why this is material Singapore has pledged to reduce its Emissions Intensity by 36 per cent from 2005 levels by 2030. It has committed to enhance its nationally determined contribution (NDC) to the absolute peak emissions level of 65 million tonnes of carbon dioxide equivalent around 2030. By 2050, Singapore aims to halve the amount of emissions it produces from its 2030 peak, with the view to achieving net-zero emissions as soon as viable in the second half of the century. In putting the targets into action, the Government has announced the Singapore Green Plan 2030, a whole-of-nation movement, to advance Singapore’s national agenda on sustainable development. Innovation and new technologies are central to facilitating this transition. SP can be a key facilitator and enabler for this change. Our investments in climate friendly innovations will not only power a greener tomorrow for our business, but also benefit the entire ecosystem, including organisations and individuals trying to reduce their own footprint. Management Approach To keep at the forefront of new technologies, we tap on the global innovation ecosystem for exposure, test new solutions and build new capabilities to deliver value-added solutions to our customers. Involvement in Innovation Ecosystem We have been actively engaged in the global innovation ecosystem through initiatives such as the Free Electrons Global Energy Startup Programme. In partnership with eight other global utilities, SP invites promising energy-related start-ups to apply for the programme which runs annually. Into its fifth edition in 2021, Free Electrons has provided numerous opportunities for pilot projects, commercial deployments, investments, learning opportunities, and deals to date exceeding US$50 million. The Group invests in venture capital funds globally to access the innovation ecosystems and keep abreast of market and technology developments. Our venture capital funds provide SP with deal flow access to start-ups globally including Asia, USA and Europe. Through the innovation ecosystem, SP has been actively identifying relevant and promising technologies to run pilots. This approach allows us to trial and validate new technologies to build new capabilities in developing innovative solutions. Research and Development SP Group-NTU Joint Lab SP has embarked on S$30 million in research and education initiatives with Nanyang Technological University (NTU), Singapore, to enhance the resilience of Singapore’s electricity network, improve the reliability and efficiency 13 of supply to customers, and nurture experts for the energy sector. Under this collaboration, the SP Group-NTU Joint Lab is exploring energy-related projects in the areas of asset management and network operations. Located on the NTU Smart Campus, the joint lab will house 60 researchers, 85 undergraduates and postgraduate students, and serve as a training platform for SP’s engineers. The lab will conduct studies on equipment components and materials to gauge the equipment’s degradation and lifespan. This helps to optimise equipment maintenance and replacement and achieve network reliability in a cost and operationally effective manner. Researchers from SP and NTU will design and develop a unique scalable system – one of the first in the world – that can detect and pre-empt equipment fault by sensing electrical and sound anomalies within power distribution substations. The research will leverage Artificial Intelligence (AI) and machine learning to conduct comprehensive real-time monitoring and perform trend analysis to predict future network problems before they appear. Vehicle-to-Grid Technology To boost Singapore’s electric mobility capabilities, enabling its energy system to integrate more renewable energy, we are also exploring smart charging (V1G) and vehicle-to grid (V2G) feasibility in Singapore through a strategic investment in The Mobility House AG (TMH). Operating from Munich, Zurich and Belmont (California), TMH is a technology company that provides a software capable of integrating open charging stations through non-proprietary communication protocol. With its hardware-agnostic Charging and Energy Management system, ChargePilot, TMH created the basis for a uni- and bi-directional integration of EVs into the power grid. The collaboration between SP and TMH leads the way for V2G as an integral solution towards transport electrification, paving the way for a zero-emission future. With the Singapore government’s target to increase solar penetration to reach 2 GigaWattpeak (GWp) by 2030, integrating V2G technology into the national grid can be the key to managing the intermittency of renewables while maintaining grid stability and reliability. Initiatives Energy Access – SDG 7.1 Electric Vehicle (EV) Charging The switch to low-carbon EVs is seen as an increasingly viable route for the decarbonisation of the transportation sector globally. With our geographic size, economic landscape and existing infrastructure, Singapore is well placed to adopt green mobility, with SP driving this change. Over the past three years, SP has been partnering organisations to set up EV charging stations across the island, to support the nation’s target to build 60,000 electric vehicle charging points by 2030. As of end March 2021, the high-speed EV charging network increased to 340 points across 71 locations in Singapore. 14 EV drivers can locate our charging points – the largest public network in Singapore - easily via the SP Utilities app. Through the app, users can start and stop charging, and pay for the electricity used. Working with Chevron Singapore Pte. Ltd., which markets the Caltex TM brand, SP will be offering fast EV charging at selected Caltex service stations to provide on-the-go convenience to electric vehicle motorists. Identified Caltex service stations will be equipped with 50kW direct current (DC) fast chargers that can charge up an EV in as short as 30 minutes, versus a few hours required by the more commonly available alternating current (AC) chargers. One of the stations will have two 50kW SP's direct current (DC) fast charging points for electric vehicles (EVs). DC charging points that are designed to allow a compatible car to charge up to a speed of 100kW, provided only one car is utilising the charging points. The chargers will be installed by the second quarter of 2021 and will be incorporated on the SP Utilities app for ease of use. SP supports the development of electromobility in Singapore in line with the Government’s announcement to have all vehicles run on cleaner energy by 2040. In order to promote electromobility, SP has been collaborating with Goldbell and SMRT subsidiary Strides Transportation to extend our charging points to their customers. Assisting customers in their conversion to EVs is instrumental to wide scale adoption in Singapore. Renewable Energy – SDG 7.2 Solar PV SP is looking at ways to harness and deploy energy efficiently. The Group has installed solar photovoltaic (PV) panels at our headquarters and district offices and developed storage systems. This has enabled us to work with partners in the community and industrial customers to achieve similar sustainable outcomes. The Integrated Energy Solutions (IES) system includes features like the energy storage capabilities, energy sensors and a real-time digital platform to monitor, analyse and optimise energy usage. One such digital energy solution was developed at Sembcorp Marine’s Tuas Boulevard Yard’s steel fabrication facility to lower its carbon footprint. SP installed 4.5 MegaWattpeak (MWp) solar panels at the facility to provide up to 30 per cent of electricity consumed during peak load. 15 Renewable Energy Certificates (RECs) Platform SP has a one-stop digital Renewable Energy Certifi