Consumption_Water Average consumption of Water (CuM) Premises Types Sep-24 Oct-24 Nov-24 Dec-24 Jan-25 Feb-25 Mar-25 Apr-25 May-25 Jun-25 Jul-25 Aug-25 HDB 1-Room 8.3 7.9 8.1 7.8 7.8 7.8 7.2 7.8 7.8 8.1 7.8 8.1 HDB 2-Room 9.5 9.2 9.3 9.0 9.0 9.1 8.4 9.0 9.0 9.1 9.0 9.3 HDB 3-Room 12.5 12.2 12.2 12.0 11.9 12.0 11.2 12.0 12.0 12.1 11.8 12.2 HDB 4-Room 15.7 15.3 15.5 15.1 14.9 15.2 14.3 15.3 15.1 15.4 14.9 15.4 HDB 5-Room 17.1 16.7 17.0 16.4 16.1 16.7 15.8 16.8 16.5 16.8 16.2 16.9 HDB Executive 19.1 18.5 18.8 18.1 17.9 18.7 17.8 18.8 18.4 18.7 18.2 18.8 Apartment 13.8 13.8 13.8 13.3 12.8 13.0 12.7 13.7 13.5 13.4 12.8 13.3 Terrace 26.7 25.9 26.2 25.6 24.7 25.7 24.7 25.7 25.1 25.6 25.1 26.1 Semi-Detached 33.4 31.4 32.2 30.9 30.4 30.6 29.8 31.0 30.4 30.9 30.5 32.0 Bungalow 54.7 52.4 52.4 50.2 49.8 49.4 48.6 51.5 48.4 49.7 49.3 50.9

SP Group starts vehicle-to-grid technology trial � THU, JUL 08, 2021 - 9:24 PM | UPDATED THU, JUL 08, 2021 - 9:35 PM TAY PECK GEK � peckgek@sph.com.sg � @PeckGekBT Jimmy Khoo, chief executive of SP PowerGrid, with the V2G-capable Nissan LEAF and a V2G bi-directional charger that will be used in the Singapore trial. NATIONAL grid operator SP Group (SP) has started its trial of vehicle-to-grid (V2G) technology and has raised its investment in a V2G technology rm as Singapore progresses towards wider adoption of electric vehicles (EVs). The company aims to test the viability of tapping the energy stored in EVs in the trial to enhance the reliability of the grid, which will need to support more than 600,000 vehicles when Singapore phases out internal combustion engine vehicles by 2040, said SP in its media statement on Thursday. When charged, EVs store energy in their lithium-ion batteries, which serve as small energy storage systems that can transfer energy back to balance the power grid, such as when renewable energy sources such as solar power fluctuate due to weather conditions. If V2G technology is viable, owners of EVs can be paid for the use of their batteries when they are tapped to mitigate the intermittency problem in other energy sources. SP has stepped up its investment in the V2G technology rm The Mobility House (TMH), but did not provide the speci cs. SP only stated that TMH has a presence in Munich, Zurich and Belmont (in California) , and provides a non-proprietary software for integrating vehicle batteries into power grids using intelligent charging and storage solutions. SP is providing four V2G charging points at SP's premises for the trial, which will be completed in June 2022. V2G technology allows energy transfer between the batteries within an EV and the power grid, and so is more sophisticated than uni-directional charging of EVs.

SP Energy HubAnnual ReportReliabilitySustainabilityInnovation 38 Years with SP: Growing through Change RELIABILITY Maizan Binte Abdullah, Senior Technician from Condition Monitoring (CM), manages a team of 10 to perform health checks across substations in the north of Singapore. Her team collates and analyses recorded measurements and checks for anomalies in switchgears and transformers. Maizan Binte Abdullah performing condition monitoring checks. (Photo was taken before circuit breaker) When Maizan joined SP 38 years ago, she was doing something quite different. Learning and Adapting After completing her post-secondary education, Maizan started as an apprentice in the Electro Mechanical Maintenance Fitting department at the Public Utilities Board (PUB). Subsequently, she was posted to the Meters section to conduct meter maintenance activities. Maizan (in blue attire) and her former colleagues from Meters section enjoying a durian feast together. When PUB corporatised in 1995, she moved to SP where she continued with the Meters section for the next 14 years. She would have thought that would be her home for the rest of her career. However in 2019, she was seconded to CM. This change to field work seemed to be unsurmountable, having been in a deskbound administrative role for more than 20 years. “Given my age, I was very worried that I may not be able to cope with the demands of the new role. However, I recognised that I needed to move out of my comfort zone and acquire new skills to remain relevant,” shared Maizan. After going through training and with strong support from her team and the management, Maizan is settling so well at CM that she became the team lead for North Zone in the same year. A lifelong learner, Maizan completed her part-time Diploma in Engineering (Power Engineering) programme at Singapore Polytechnic in May 2020 under SP’s sponsorship. She soldiered on despite having to juggle her new role and studies. “There were times when I felt overwhelmed and felt like giving up. I am glad I had the support from my family, my boss and colleagues who encouraged me to persevere. This experience has been very enriching, and I look forward to continue growing!” exclaimed Maizan. Growing despite COVID-19 With this mindset, Maizan and her team continued to learn new ways of working to carry out their duties during the Circuit Breaker period. Maizan and her colleagues use handheld detectors to detect for abnormalities in the network. This is to prevent faults from developing and causing power disruptions. “Due to the need to minimise contact, we had to stagger our working hours. This is a challenge as CM relies heavily on teamwork. We also had to wear a mask when doing checks in the substation, which is an enclosed space and often hot and humid,” shared Maizan. However, Maizan takes it in her stride. She performs daily check-ins with her team members via instant messaging and tele-conferencing. With a sparkle in her eyes, she said, “Work is never the same every day. I take this as an opportunity to grow – to be stronger and better in managing change and future crises.” — 27 July 2020 TAGS LIFELONG LEARNERPEOPLE OF SPRELIABILITYCONDITION MONITORING YOU MIGHT BE INTERESTED TO READ How this 'grid doctor' maintains the health of Singapore's electricity network so everything stays on Ground feedback, digital tools: How she helps 8,000 workers end their day safely Faster repairs, fewer disruptions: Meet the innovative teams using smart tech to keep your piped gas supply flowing

2024 年 5 月 1 日 星 期 三 新 能 源 今 起 接 管 新 达 城 制 冷 系 统 邓 玮 婷 报 道 tengwt@sph.com.sg 新 加 坡 能 源 集 团 将 从 今 天 起 (5 月 1 日 ) 接 管 新 达 城 制 冷 系 统 , 并 在 2027 年 将 它 纳 入 滨 海 湾 区 域 供 冷 网 。 这 将 有 助 新 达 城 在 未 来 30 年 , 减 少 至 少 1 万 零 400 公 吨 的 碳 排 放 , 相 当 于 每 年 超 过 315 辆 车 辆 的 碳 排 放 量 。 新 能 源 和 新 达 城 星 期 一 (4 月 29 日 ) 发 文 告 宣 布 签 署 合 作 协 定 。 在 计 划 下 , 新 能 源 将 负 责 维 修 和 更 换 新 达 城 的 制 冷 设 备 , 包 括 更 换 老 旧 的 电 力 系 统 , 以 及 逐 步 转 用 更 节 能 环 保 的 制 冷 机 。 新 达 城 的 制 冷 系 统 由 一 个 中 央 冷 水 机 组 组 成 , 容 量 约 2 万 冷 冻 吨 , 可 为 旗 下 办 公 楼 、 商 场 和 会 展 中 心 提 供 空 调 服 务 , 净 可 出 租 面 积 总 计 340 万 平 方 英 尺 。 新 达 城 系 统 将 并 入 滨 海 湾 区 域 供 冷 网 文 告 说 , 新 达 城 的 冷 水 机 组 纳 入 滨 海 湾 区 域 供 冷 网 后 , 将 创 造 机 会 , 为 区 域 包 括 滨 海 中 心 和 武 吉 士 的 发 展 项 目 , 提 供 节 能 的 制 冷 服 务 , 进 而 为 更 多 顾 客 提 供 可 持 续 的 制 冷 方 案 。 新 能 源 接 管 新 达 城 的 制 冷 系 统 后 , 其 区 域 供 冷 网 的 制 冷 能 力 将 增 至 20 万 3000 冷 冻 吨 , 是 我 国 最 大 的 区 域 供 冷 方 案 供 应 商 。 根 据 文 告 , 新 达 城 通 过 新 能 源 的 区 域 供 冷 技 术 , 可 在 接 下 来 30 年 , 减 少 至 少 1 万 零 400 公 吨 的 碳 排 放 , 相 当 于 每 年 超 过 315 辆 车 辆 的 碳 排 放 量 。 新 达 城 管 理 代 理 APM 产 业 管 理 私 人 有 限 公 司 总 裁 许 鸣 财 说 , 公 司 向 来 的 首 要 考 量 是 让 建 筑 取 得 最 佳 的 能 源 效 率 。 这 次 和 新 能 源 的 合 作 是 公 司 在 可 持 续 能 源 方 案 迈 出 的 重 大 一 步 , 也 将 推 进 公 司 的 减 碳 旅 程 , 为 新 加 坡 打 造 更 环 保 的 建 筑 环 境 。 新 能 源 可 持 续 能 源 方 案 董 事 总 经 理 哈 沙 说 , 新 加 坡 朝 净 零 排 放 目 标 前 进 之 际 , 可 持 续 的 能 源 创 新 方 案 , 如 区 域 供 冷 网 将 扮 演 重 要 角 色 , 让 我 国 通 过 可 持 续 的 方 式 , 支 持 城 市 和 经 济 增 长 的 需 求 。 所 谓 区 域 供 冷 , 是 把 区 域 内 的 办 公 室 、 购 物 商 场 及 公 寓 等 建 筑 的 冷 却 系 统 连 接 在 一 起 , 形 成 闭 路 循 环 , 例 如 滨 海 湾 底 下 便 设 有 区 域 供 冷 系 统 网 络 , 它 利 用 大 型 制 冷 机 冷 却 水 后 , 输 送 给 这 个 区 域 内 的 大 楼 以 降 低 室 内 温 度 , 自 2006 年 运 转 以 来 已 达 到 40% 的 节 能 效 率 。

BEST PRACTICES BY DIMENSIONS CUSTOMER EMPOWERMENT & SATISFACTION • Enedis • ConEd • TaiPower • UKPN • WPD • DEWA • SP Energy Networks • e-distribuzione SECURITY • Enedis • ConEd • TaiPower • UKPN • CitiPower • WPD • DEWA • PG&E • SDGE • SP Energy Networks • e-distribuzione • FPL • Radius • SCE • ComEd • Northern Powergrid • Jemena • LADWP • SSEN GREEN ENERGY • Enedis • ConEd • TaiPower • UKPN • WPD • PG&E • SDGE • SP Energy Networks • e-distribuzione • ENWL • ENWL • Northern Powergrid • Jemena • LADWP • SSEN • Tata power-DDL • Westnetz • Ausnet • Tata power-DDL • Westnetz • APS • Hydro Ottawa • BC Hydro • PEPCO • BGE • Western Power • Toronto Hydro • CenterPoint Energy • PSE • Dominion Energy • Eversource • TNB • NIEN • Stromnetz Berlin • EVN Hanoi • Tata power Ltd • SCE • LADWP • Tata power-DDL • APS • Hydro Ottawa • i-DE • CLP • Western Power • Toronto Hydro • SP Group • Kansai • KEPCO • Fluvius • TNB • Light • Chubu • EDP • Eversource • ESB • Vector • Eskom • ACEA MONITORING & CONTROL • Enedis • TaiPower • UKPN • CitiPower • WPD • DEWA • PG&E • SDGE • SP Energy Networks • e-distribuzione • ENWL DATA ANALYTICS • Enedis • ComEd • CitiPower • Jemena • PG&E • State Grid Beijing • SDGE • BC Hydro • e-distribuzione • Duke Energy • FPL • Vattenfall • SCE • Vector • Stedin SUPPLY RELIABILITY • CitiPower • KEPCO • DEWA • HK Electric • TEPCO • Stromnetz Berlin • CLP • Helen • SP Group • CEM • Kansai • Enedis • ConEd • TaiPower • UKPN • WPD • PG&E • SDGE • SCE • FPL • Radius • SCE • ComEd • Tata power-DDL • APS • BC Hydro • i-DE • PEPCO • Shenzhen Power • CLP DER INTEGRATION • SP Energy Networks • TEPCO • Ausnet • Western Power • Eversource • ESB • NIEN • Duke Energy • Chubu • CenterPoint Energy • Fluvius • EVN HCMC • ESB • State Grid Sichuan • Helen • Meralco • Light • Edenor SMART GRID PROGRESS (2020-2021) Global Asia Pacific North America Europe Average score 2020 Average score 2021 Website : https://www.spgroup.com.sg/sp-powergrid/overview/smart-grid-index Email : sgi@spgroup.com.sg Scan this QR Code to learn more about us KEY FINDINGS UTILITIES are focusing on Green Energy AVERAGE SCORE BY REGION (2021 & 2020) North America Europe Asia Pacific UTILITIES’ SOLAR AND WIND CONTRIBUTING MORE THAN 10% OF SYSTEM DEMAND 2018 2019 2020 2021 ASIA PACIFIC UTILTIES’ EV INITIATIVES RELATIVE TO THE WORLD 2018 2019 2020 2021 Average score of 2020 Average score of 2021 Global 14% 2.6% 19.8% 15.8% Global 29.1 % 10.5% 31.4% 26.3% 47.8% 43.0% Europe 45.3% Asia Pacific 76.29% 70.19% 63.63% 69.22% 60.9% 55.8% 65.1% 78.47% 74.77% 78.3% 82.6% EUROPE is leading in RE penetration 2 3 ASIA PACIFIC is catching up on EV initiatives SMART GRID INDEX The Smart Grid Index (SGI) measures the smartness of electricity grids globally, in seven key dimensions. The benchmarking also identifies best practices to build smarter grids that deliver better value to customers. 7 1 4 5 6 7 DIMENSIONS OF A SMART GRID MONITORING & CONTROL • SCADA • DMS/ADMS DATA ANALYTICS • Smart Meter Coverage • Data Analytics Application SUPPLY RELIABILITY • SAIDI • SAIFI DER INTEGRATION • Management of DER Integration • Grid Scale Energy Storage GREEN ENERGY • Renewable Energy Penetration • EV Facilitation SECURITY • IT Cyber Security • OT Cyber Security CUSTOMER EMPOWERMENT & SATISFACTION • Real-Time Data to Customers • Customer Satisfaction Feedback BENCHMARKING RESULTS 2021 Utility Country/ Score +/- Best Practices Market Enedis FRA 96.4 17.9% ConEd USA 94.6 5.4% TaiPower TWN 94.6 12.5% UKPN GBR 94.6 0.0% CitiPower AUS 92.9 5.4% WPD GBR 92.9 1.8% DEWA ARE 89.3 10.7% PG&E USA 87.5 -5.4% SDGE USA 87.5 0.0% SP Energy Networks GBR 87.5 3.6% e-distribuzione ITA 85.7 1.8% ENWL GBR 85.7 7.1% FPL USA 85.7 7.1% Radius DNK 85.7 23.2% SCE USA 85.7 0.0% Stedin NLD 85.7 5.4% ComEd USA 83.9 3.6% Northern Powergrid GBR 83.9 1.8% TEPCO JPN 82.1 7.1% Jemena AUS 80.4 8.9% LADWP USA 80.4 1.8% SSEN GBR 80.4 3.6% State Grid Beijing CHN 80.4 7.1% Tata power-DDL IND 80.4 5.4% Westnetz DEU 80.4 0.0% APS USA 78.6 1.8% Ausnet AUS 78.6 5.4% Hydro Ottawa CAN 78.6 3.6% BC Hydro CAN 76.8 7.1% i-DE ESP 76.8 1.8% PEPCO USA 76.8 1.8% Shenzhen Power CHN 76.8 3.6% BGE USA 75.0 1.8% CLP HKG 75.0 0.0% Guangzhou Power CHN 75.0 5.4% SP Group SGP 75.0 0.0% State Grid Shanghai CHN 75.0 1.8% Western Power AUS 75.0 12.5% Duke Energy USA 73.2 8.9% Kansai JPN 73.2 14.3% KEPCO KOR 73.2 0.0% Toronto Hydro CAN 73.2 1.8% Ausgrid AUS 71.4 1.8% Utility Country/ Score +/- Best Practices Market Chubu JPN 71.4 3.6% State Grid Chongqing CHN 71.4 7.1% CenterPoint Energy USA 69.6 -5.4% Fluvius BEL 69.6 1.8% Liander NLD 69.6 3.6% PSE USA 69.6 1.8% Dominion Energy USA 67.9 5.4% EDP PRT 67.9 -1.8% Eversource USA 67.9 -1.8% EVN HCMC VNM 67.9 16.1% MEA THA 67.9 14.3% TNB MYS 67.9 5.4% Vattenfall SWE 67.9 1.8% ESB IRL 66.1 8.9% State Grid Sichuan CHN 66.1 3.6% EVN CPC VNM 64.3 8.9% NIEN GBR 64.3 8.9% HK Electric HKG 62.5 1.8% Kahramaa QAT 62.5 10.7% State Grid Hubei CHN 62.5 1.8% State Grid Nanjing CHN 62.5 0.0% State Grid Tianjin CHN 62.5 0.0% Stromnetz Berlin DEU 62.5 10.7% EVN Hanoi VNM 60.7 5.4% Helen FIN 60.7 0.0% Vector NZL 60.7 3.6% Meralco PHL 58.9 0.0% PEA THA 58.9 5.4% State Grid Changsha CHN 58.9 10.7% Eskom ZAF 55.4 5.4% Wiener Netze AUT 55.4 3.6% ACEA ITA 51.8 0.0% CEM MAC 51.8 0.0% Tata power Ltd IND 51.8 3.6% Light BRA 48.2 0.0% Rosseti RUS 48.2 0.0% Sarawak Energy MYS 46.4 8.9% Edenor ARG 44.6 7.1% PLN IDN 44.6 0.0% Enel Dist Sao Paulo BRA 37.5 0.0% Enel Dist Chile CHL 35.7 0.0% Edesur ARG 32.1 1.8% City Power ZAF 21.4 0.0% Disclaimer: We have arrived at the findings, opinions and conclusion set out in this paper based on application of our methodology to materials and information we believe to be accurate and reliable, and which are made available in the public domain at the time we carried out the relevant research and study. Despite our best efforts, the materials and information may include inaccuracies and errors. The findings, opinions and conclusion will be construed solely as statements of opinion on the matters addressed in this paper including the degree of grid smartness ratings and shall not in any way represent authoritative assessment or judgment on any such matters. You assume the sole risk of making use of and/or relying on the findings, opinions and conclusion made available in this paper. To the extent permitted by law, we disclaim liability to any person or entity for all and any liability, direct and indirect, special, consequential, incidental losses and damages whatsoever arising from or in connection with your access to or use of the findings, opinions and conclusions in this paper.

� � Optional

Media Advisory Advisory On Fake Emails 31 August 2016 Dear customers, Some of our customers have alerted us that they have received an email that appears to be from SP Services. The email claims to be from an SP Services account – ebillsummary@singaporepower.com.sg, and comes with an attachment whose name suggests it is a utility bill. These messages are NOT from SP Services and recipients are advised NOT to open the attachment. Do note that the official SP Services bill summary sent by email does NOT contain any attachment. A sample of the fake email is attached below. Notice that while the sender address states , the actual sender is . The official SP Services bill summary sent by email looks like this: For further enquiries, please contact SP Services at 1800 222 2333 or email spservices@singaporepower.com.sg. Customers can also visit https://www.scamalert.sg to understand and learn more about scams (including email scams). Thank you for your attention.

DISTRIBUTED ENERGY RESOURCE (DER) SYSTEM: CHECKLIST AND DECLARATION OF COMPLIANCE TO SP POWERGRID’S (SPPG) TECHNICAL REQUIREMENTS (To be submitted together with CS1 application) PART I: INSTALLATION DETAILS Consumer Name: Installation/Premises Address: For official use only Application No. Electrical Installation License No.: Installation Intake Voltage: Existing Site Approved Load: kVA / kW (to delete accordingly) PART II: DER SYSTEM DETAILS Total Short Circuit Current Contribution: Amps Metering Point Existing DER System Details Description of Metering Point kWp/kWh kWac 1,3 System Type Location ☐PV ☐BESS ☐Others:___ ☐PV ☐BESS ☐Others:___ ☐PV ☐BESS ☐Others:___ Total Existing Generation Capacity Metering Point Description of Metering Point Location Total Applied Generation Capacity Total Generation Capacity Applied DER System Details kWp/kWh kWac 1,3 System Type Owner of DER system 2 kWp/kWh kWac ,1.3 ☐PV ☐BESS ☐Others:___ ☐PV ☐BESS ☐Others:___ ☐PV ☐BESS ☐Others:___ ☐ Consumer ☐ 3 rd party ☐ Consumer ☐ 3 rd party ☐ Consumer ☐ 3 rd party 1. Based on inverter rated AC capacity. 2. If DER is owned by 3 rd party, please state Company Name: 3. The Consumer shall declare if the Owner of the applied DER system has an aggregated Generation Capacity of ≥ 1MWac installed in this premise. If yes, the Owner of the applied DER system shall furnish the Wholesaler/Generation License at point of Turn-On. ☐ No ☐ Yes New DER Inverter(s) Information: S/N Brand Model Rated Power (kWac) Quantity PART III: DOCUMENT CHECKLIST Please check the boxes to acknowledge that you have submitted the following documents: � Letter of Consent � Single Line Diagram (SLD) (from DER System to Point of Common Coupling (PCC)) Page 1 of 3 Ver 6.0 � PQ Compliance Report � Short Circuit Current Contribution Report � Inverter(s) Specifications � Voltage and Frequency Protection Settings � Inverter(s) Type Test Reports (Harmonics, Voltage Unbalance, Flicker, DC Injection) � Solar panel(s)/Batteries Specifications � Isolation Transformer Specifications (if used) � Dynamic Simulation Model (for aggregated capacity as per Transmission Code C7.2 ) � Other Supporting Documents (if any) Please submit the following documents to the respective Distribution Network (DN) sections upon commissioning of the DER system. 1) Certificate of Compliance 2) Commissioning Declaration of DER System PART IV: TECHNICAL REQUIREMENTS We confirm that the application complies with the following requirements at PCC: 1) Power Quality Harmonics Voltage at PCC (kV) 0.23 / 0.4 6.6 / 22 66 230 / 400 Total harmonic voltage distortion, VTHD < 5% < 4% < 3% < 1.5% Individual harmonic voltage (odd) < 4% < 3% < 2% < 1% Individual harmonic voltage (even) < 2% < 2% < 1% < 0.5% DC Injection Max DC injection per phase < 0.5% of inverter rated output current DC injection is deprecated Voltage Fluctuation Flicker Voltage Unbalance The LEW shall submit technical justification in the PQ compliance report for consideration, if the DER system DC injection at the PCC deviates from this requirement. Percentage difference from nominal voltage < ±3% Short term flicker severity, PST < 1.0 Long term flicker severity, PLT < 0.8 Max ratio of negative phase sequence to positive phase sequence voltage < 1% 2) Protection Abnormal Voltage Response Minimum Holding Time (s) - requirement Maximum Tripping Time (s) - requirement Abnormal Voltage Range (% of nominal voltage) V < 50 50 ≤ V < 88 110 < V < 120 > 0.6 > 2.0 > 1.0 ≤ 1.6 ≤ 3.0 ≤ 2.0 The DER generating unit shall be capable of disconnecting from the transmission system if under or over voltage is detected at the connected person’s incoming switchboard or at the generating unit terminal. Depending on the abnormal voltage range, the generating unit shall remain in operation for a minimum holding time and disconnect before the maximum tripping time as specified above. Abnormal Frequency Response Operating Time Continuous operation Frequency Range (Hz) 47.5 ≤ f ≤ 52 47 ≤ f < 47.5 Remain in operation for at least 20s each time frequency falls below 47.5Hz. 3) Reconnection The DER system shall also cease to energize the transmission system for faults on the service connection between the DER system to the PCC. The DER system may reconnect to the transmission system 1 minute after the voltage and frequency at its connection point have recovered and remained within the ranges listed as follows: (a) Frequency within 49.8Hz and 50.2Hz; Page 2 of 3 Ver 6.0 (b) Transmission network voltage within ±3% of the nominal value or distribution network voltage within ±6% of the nominal value. 4) Inverter Specification Reactive power control mode: Q(V) Control 4 If other mode is selected, please indicate the details: _____________________________________________ 4. By signing below (Part IV), you agree that the above reactive power control mode will be set before inverter(s) energization, in compliance with the requirements stipulated in the Transmission Code. For more details on the settings, please refer to Transmission Code F12. PART V: CHOICE OF BACKUP SCHEME FOR EMBEDDED GENERATION (DER) (Must be filled for Intake Voltage at HT and above) We understand that consumers connected at HT and above with embedded generation (DER) are required to choose a backup scheme 5 for their service connection. Please prepare a Supplemental Agreement for Consumer based on the backup scheme of their choice (please tick one backup scheme): ☐ 1) Summation Scheme (please tick one metering option): ☐ Installation of Summation meters (Where there are no generation meters installed, summation meters will be provided by SPPA) ☐ Generation meters (If generation meters are already installed, there is no need to install additional summation meters as the generation meters can double up as summation meters) ☐ Solar Generation Profile (Applicable for contestable consumers who have embedded generation (PV) below 10 MWac and are registered with SPS/EMC) ☐ 2) Capped Capacity Scheme ☐ 3) Extended Capped Capacity Scheme 5. For more details on backup scheme, please refer to Handbook on “How to Apply for Electricity Connection” (Appendix 39). PART VI: DECLARATION OF COMPLIANCE TO SPPG’S TECHNICAL REQUIREMENTS I, (LEW No.: ), (Name) the undersigned Licensed Electrical Worker (LEW) for the DER installation at the above premises, declare that I have evaluated and confirmed that the DER system complies with the above, including requirements as per “Technical Requirements of Distributed Generation (DG) and New Extra High Tension (EHT) Connection”. Signature: Date: (DD/MM/YYYY) Page 3 of 3 Ver 6.0

首 智 能 能 源 市 镇 装 置 ‘ 我 的 登 加 ’ 体 验 中 心 明 开 放 魏 宋 淩 报 道 joleneg@sph.com.sg “ 我 的 登 加 ” 体 验 中 心 明 天 开 放 给 公 众 参 观 , 展 示 登 加 镇 这 首 个 智 能 能 源 市 镇 所 装 置 的 能 源 设 备 , 包 括 中 央 供 冷 系 统 , 集 团 希 望 能 吸 引 该 市 镇 全 部 2 万 2000 名 单 位 住 户 都 安 装 。 新 加 坡 能 源 集 团 推 出 “ 我 的 登 加 ” 体 验 中 心 , 以 互 动 性 方 式 展 示 集 团 将 在 登 加 镇 首 个 智 能 能 源 市 镇 装 置 的 能 源 设 备 。 97 平 方 米 的 体 验 中 心 将 在 大 巴 窑 建 屋 局 中 心 开 放 给 公 众 参 观 , 公 众 可 现 场 报 名 或 在 新 加 坡 能 源 集 团 的 “ 我 的 登 加 ”(myTengah) 应 用 程 序 上 预 约 。 集 团 新 加 坡 执 行 董 事 ( 可 持 续 能 源 解 决 方 案 ) 哈 萨 今 早 在 记 者 会 上 说 :“ 若 所 有 住 户 都 安 装 ( 中 央 供 冷 系 统 ), 预 计 每 年 能 省 下 近 30 吉 瓦 时 (gigawatt hours) 的 电 力 , 这 能 支 撑 9000 个 三 房 式 组 屋 。 该 系 统 也 能 替 居 民 省 下 高 达 30% 的 能 源 费 用 。 我 们 也 预 计 能 让 居 民 享 有 平 均 15% 至 20% 更 低 的 冷 气 装 置 费 。” 哈 萨 也 说 , 目 前 已 有 近 1000 个 未 来 住 户 申 请 装 置 , 占 他 们 已 接 触 住 户 的 98%。 即 将 在 2023 年 首 季 度 竣 工 的 Plantation Grange 的 其 中 一 对 住 户 是 夫 妇 林 国 民 (71 岁 , 地 产 经 纪 ) 与 李 淑 珍 (68 岁 , 主 妇 )。 两 人 表 示 最 吸 引 他 们 的 除 了 绿 意 盎 然 “ 我 的 登 加 ” 体 验 中 心 明 天 开 放 参 观 。 ( 林 泽 锐 / 摄 影 ) 的 环 境 , 也 是 中 央 供 冷 系 统 的 便 利 与 电 力 节 省 。 “ 能 用 无 线 网 操 控 开 关 真 的 非 常 方 便 。 我 申 请 中 央 供 冷 系 统 的 三 台 冷 气 安 装 费 是 2595 元 , 这 比 我 五 年 前 安 装 的 三 台 约 3300 元 更 便 宜 。” 市 镇 其 他 智 能 设 备 包 括 , 数 码 能 源 计 算 板 与 电 子 车 充 电 站 。 名 为 “ 绿 化 板 ” 的 数 码 持 续 性 展 示 也 将 设 置 在 组 屋 的 电 梯 等 候 处 , 协 助 居 民 更 注 意 组 屋 的 水 电 量 与 对 环 境 的 影 响 。 这 些 展 示 板 也 会 给 予 居 民 贴 士 教 导 他 们 如 何 减 少 水 电 的 用 量 。 新 能 源 集 团 也 会 推 行 电 子 车 充 电 设 备 , 通 过 再 生 能 源 与 能 源 储 存 系 统 提 供 快 速 与 通 宵 充 电 器 。 ▲

������������������ Shin Min, Page 7, 28 July 2015 � � � � � � � � ������������� ������������� ������������ ������������ ������������ ������������ ������������ ����������� �� ������������� ������������� ������������� ���������������� ���������������� �������� �������������� ��������������� ���������� ��������������� ��������������� ��������������� �������������� ��������������� ����������� �������������� ��������������� ������������� ��������������� ���������������� ��������������� �������������� ���������������� ���������������� ��������������� ��������������� �������������� ��� � ��������� Source: Shin Min © Singapore Press Holdings Limited. Permission required for reproduction

EMA SPPG / SPS EMC Licence Application Start of * Registration MP registration Register with EMC Process for MP and facility registration with EMC Solar PV owner applies for wholesale (generation) licence or generation licence if facility is ≥ 1MWac or ≥ 10MWac respectively 6- 8 weeks EMA approves licence *** LEW to install & test M1 AMI Generation meters All Solar PV owners to engage Licensed Electrical Worker (LEW) to be responsible for the electrical works associated with the solar PV system Appointed LEW to submit the required documents to SP Services (SPS) (refer to Connection Requirements section for more details) # 2 BD Solar PV owner to submit hardcopy form and supporting documents ** to EMC for MP registration after obtaining EMA licence 20 BD to effective date SPS to send acknowledgement of application (Letter PV0) to applicant via email EMC approves MP registration LEW to setup test transmission of data to PSO PSO to evaluate Facility Registration Form for Intermittent Generation Facility (Solar PV) after receiving 7 days of test data consecutively Applicable for PV facilities ≥ 1MWac registering with SPS 10 BD SPS to inform LEW on compliance of technical requirements (Letter PV1) (HT & above applicant to approach SPS to sign Supplemental Agreement for PV installed at applicant’s site. For EHT & above applicant, SPPG will evaluate and submit to PSO for endorsement. Supplemental Agreement to be signed only after PSO Endorsement is received.) SPPG to evaluate and discuss with LEW on the technical requirements and specifications of the solar PV system upon receiving all necessary reports and documents from LEW 7 BD Solar PV owner to submit hardcopy form and supporting documents ^ to EMC for CGF / GSF / NEIGF registration EMC forwards Facility Registration Form for Intermittent Generation Facility (Solar PV) to PSO for approval No Comply with PSO technical requirements? Yes PSO issues approval of the Facility Registration Form for Intermittent Generation Facility (Solar PV) to solar PV owner & SPS/EMC SPPG issues to PSO letter of the solar PV connection scheme and compliance to SPPG’s technical requirements No Applicable for HT & below facility registrations (through EMC or ECIS) Applicable for ≥1MWac Comply with technical requirements? Yes SPS to inform LEW to proceed with Turn-On application (Letter PV2) LEW to submit application for Turn On 3 BD (For EHT & above, 20BD to allow for PSO Endorsement) EMC receives PSO’s approval of Facility Registration Form for Intermittent Generation Facility (Solar PV) LEW to arrange with Electrical Meters Section for replacement of M2 Load Meters from Single-directional to Bi-directional meters and installation of summation meter (if required) 30 BD to effective date 4 BD SPPG to witness the commissioning of solar PV system on the scheduled Turn- On-Date for HT customers. (Applicable for ≥ 1MWac) *Not applicable for EHT & above customers, LEW to submit COC and relevant docs to Maintenance Section in charge (EHVN, RN) SPS (MDM) to arrange with EMC for registration effective date Applicable for ≥ 1MWac EMC issues effective date and facility ID (where applicable) for CGF / GSF / NEIGF registration. * EMC would issue effective date but not facility ID for NEIGF registration. Turn-On COD & GSF/ECIS Registration Effective Note: • Dotted arrows indicate correspondence between EMA, SP Group and EMC, which may be transparent to consumers • LT consumers with embedded IGS < 1MWac may proceed with Turn-On application upon receiving Letter PV1. • Non-residential consumers refer to non-residential consumers not under master-sub arrangement. * Solar PV owners must register their facility if it is ≥ 1MWac but may register their < 1MWac facility if they wish to get paid. Facility registration can be either with SPS or EMC, based on the following: o Non-contestable Consumers (NCC) with embedded facility < 1MWac and Contestable Consumers (CC) with embedded facility < 10MWac can register their facility with SPS under the Simplified Credit Scheme (SCS) and Enhanced Central Intermediary Scheme (ECIS) respectively. Pls refer to https://www.ema.gov.sg/Guide_to_Solar_PV.aspx for more information. o NCCs cannot register their embedded facility with EMC. o Residential consumers may register their embedded facility with SPS to enjoy net Allocated Regulation Price (AFP). Pls refer to https://www.emcsg.com/marketdata/guidetopricesfor more information. *** Solar Generation Profile (SGP) is only applicable for embedded PV with both registered generation and load accounts. If the embedded PV is not registered and is installed in HT premise, installation of a Summation meter is required. LEW to engage Electrical Meters Section for meter installation. If generation meter is required, applicant is required to install AMI generation meter before turn-on. The meter shall be from the approved list of vendors. Turn-on Pre-requisite: ** Refer to Checklist of Supporting Documents Required (Section G) in Application form for MP Registration downloadable here ^ Refer to Checklist of Supporting Documents Required (Section E or F) in the applicable Application form for CGF / GSF / NEIGF registration downloadable here # For ECIS registration, SPS will forward the submitted Facility Registration Form for Intermittent Generation Facility (Solar PV) signed off by the Solar PV owner and supporting documents to PSO if facility is ≥ 1MWac. •Obtain the necessary Generation Licence •Connection Agreement in Checklist for CGF / GSF / NEIGF registration refers to: o HT & above applicant to approach SPS to sign Supplemental Agreement for PV installed at applicant’s site. o Obtain Letter PV2

Consumption_Elect Average consumption of Electricity (kWh) Premises Types Nov-23 Dec-23 Jan-24 Feb-24 Mar-24 Apr-24 May-24 Jun-24 Jul-24 Aug-24 Sep-24 Oct-24 Nov-24 Dec-24 Jan-25 Feb-25 Mar-25 Apr-25 May-25 Jun-25 Jul-25 Aug-25 Sep-25 Oct-25 HDB 1-Room 144 135 126 126 132 150 152 149 140 151 148 139 142 128 127 121 119 128 136 150 143 150 136 136 HDB 2-Room 188 176 164 167 173 199 199 195 183 198 192 183 186 166 168 161 156 169 181 195 190 195 177 177 HDB 3-Room 269 247 236 241 250 292 285 277 264 283 277 266 266 243 238 231 231 250 265 284 273 280 257 259 HDB 4-Room 370 342 321 330 342 398 396 383 360 385 381 363 365 338 327 320 309 341 363 390 381 388 358 355 HDB 5-Room 436 401 367 381 399 463 466 448 416 447 446 427 429 397 379 374 359 399 425 457 450 459 423 417 HDB Executive 530 478 456 474 489 575 568 544 515 546 548 520 523 481 462 458 445 495 522 562 554 562 520 513 Apartment 541 483 430 435 486 578 573 543 500 513 539 523 519 486 446 419 417 476 516 548 536 541 513 501 Terrace 881 804 740 794 821 957 900 872 838 847 885 851 851 785 747 744 714 775 823 881 848 866 817 818 Semi-Detached 1,174 1,065 1,019 1,038 1,109 1,254 1,224 1,170 1,128 1,126 1,168 1,137 1,141 1,056 1,000 974 960 1,031 1,080 1,173 1,123 1,121 1,072 1,056 Bungalow 2,358 2,075 2,106 1,951 2,146 2,432 2,360 2,266 2,220 2,121 2,347 2,192 2,190 2,012 2,004 1,872 1,904 2,016 2,154 2,244 2,175 2,168 2,190 2,074