ENERGY SERVICE -> GREEN ECONOMICS

Transcription

1 ENERGY SERVICE -> GREEN ECONOMICS Speaker: Veronica LIN 林美真 Member of ESCO Association Board 中華民國能源技術服務商業同業公會 理事 GM of Ecolife Taiwan Co., Ltd 綠生活健康節能有限公司 總經理

2 夏季節電對策的基本想法 Summer time electricity saving Strategy 營業部門下午 2 點電力需求斷面圖 根據各時間段的電力需求 各器材 Business Div. PM2:00 electricity demand Electricity demand by time by equipment 降低空調使用高峰時間段 10 點 16 點 最重要 AM10:00 PM16:00 is the key to reduce AC electricity consumption 熱水器 0.1 heater 廚房 0.5% kitchen 電梯 3% elevator 其他 14% other 冷凍櫃 Refri 電冰箱６ OA 器材 8% 空調 照明器材 OA 器材 空調 42 Air Con. 冰櫃 冰箱 电梯 厨房 熱水 照明器材 27 Lighting 其他 根據 2011 年 5 月資源能源廳 ( 東電關內需要構造推計 業務部門 ) 统计 抑制上午 10 點至下午 4 點的用電高峰期 空調 的節電措施最為重要

3 建築熱量出入比率 Building heat flow in and out 室内開冷氣時 由室外進入室内的熱比例 heat flow in 地板 floor ２ 排氣口 exhaust vent ５ 屋顶 roof ９ 外牆１３ walls 夏 Summer 窗 windows ７１ 夏 Summer heat 現 有 窗 玻 璃 措 施 最 有 效 室内開暖氣時 由室内往室外熱流失比例 屋頂 6 冬 地板 10 窗 48 排氣口 17 外牆 19 冬 W i nt er heat 暖氣熱 夏季 室外 熱量 71% 由窗 而入 冬季 室内 熱量 48% 由窗 流失

4 We help you with the best HVAC efficiency High Efficiency to International Brand Chillers but with MIT PRICE

5 We help you with the best HVAC efficiency High Efficiency to International Brand Chillers but with MIT PRICE

6 We help you with the best HVAC efficiency Remotely monitoring and controlling

7 We help you with the best HVAC efficiency Strict quality control Manufacturing Process

8 十年成本的比較 10 Years Cost Comparison 3 分之１成本 透明隔熱貼膜 ３Ｍ 施工價格 Price 4,000 NTD/ Transparent heat insulation stick-film 4, 000 元 第 7 年 ( 7t h year ) 重贴 re-stick 元 第 10 年 ( 10t h year ) 4, 年平均 10 years average 8,000 元 隔熱 阻熱玻璃塗膜 施工價格 Price 2,400 NTD/ 第 10 年 Heat insulation glass applying film 10 年平均 10 years average 2,500 元 Product Lifetime 隔熱貼膜 heat paster 一般保持 5 年 7 年 貼膜因劣化出現黃邊現象 Boarder will become yellow 5 t o 7 year s ＩＲＵＶ CUT COAT 耐久性 １０年以上 Over 10 year s

9 同類產品光學特性比較 Performance Comparison 玻璃種類 Glass 普通 未塗玻璃 Un-coating glass 玻璃 紫外線 紅外線 可見光 厚度 抑制率 抑制率 透過率 Glass thickness Anti UV Anti IR VL 3mm 12% 16% 92% 6mm 14% 18% 94% 單板玻璃 General glass 6mm 普通玻璃 3mm 普通玻璃 UV 抑制率 IR 抑制率 VL 透過率 １2 １６ ９2 施塗後玻璃 Compare to other brands products Before applying the coat 廠商 產品名 Company Product name ECOP KRISTAL BOND 玻璃 紫外線 紅外線 可見光 厚度 抑制率 抑制率 透過率 Glass thickness Anti UV Anti IR VL 6mm 99.50% 43% 85% UV 抑制率 IR 抑制率 VL 透過率 UV 抑制率 IR 抑制率 VL 透過率 ECO GLASS COAT 3mm 99.20% 28% 88% FUMIN FUMIN COAT 3mm 85.00% 32% 83% DYFLEX UI Shield α 6mm 19% 23% 92% TOA SYSTEMS Dyna Glass 3mm 99.8% 31% 86% 紅外線 可見光 抑制率 透過率 廠商 Sketch Co.,LTD Sketch Co.,LTD 產品名 IRUV CUT COAT SC IRUV CUT COAT HyperSC 玻璃 厚度 紫外線 抑制率 3mm 100% 75% 70% 3mm 100% 95% 68% UV 抑制率 IR 抑制率 VL 透過率 UV 抑制率 IR 抑制率 VL 透過率 其他公 司樣板 Other Brands Dyna Glass ３ mm UI Shield α α ６ mm DAIKO Technical １４ １8 ９４ FUMIN COAT ３ mm ECO GLASS COAT ３ mm KRISTAL BOND ６ mm 比較其他公司類似產品 UV 抑制率 IR 抑制率 VL 透過率 未塗玻璃 Un coat i ng I RUV CUT COAT SC ３ mm UV抑制率 １ 00 I R 抑制率 75 VL 透過率 70 UV 抑制率 IR 抑制率 VL 透過率 I RUV CUT COAT Hyper -SC ３ mm UV抑制率 １ 00 I R 抑制率 95 VL 透過率 68 Sket ch I RUV CUT COAT 系列

10 KYW 3-stage Innovat ive icloud Energy Manage ment Service Stage 1: Cost-reducing 1. Introduce cloud Electricity-saving services Reduce single electricity cost under the same KWh usage 2. Satisfy initial-stage Electricity-saving demands Familiar with electricity, manage electricity Stage 2: More Savings 3. See initial-stage electricity-saving effect Electricity-saving, cost-reducing Reduce each unit s electricity consumption for same productivity 4. Monitor electricity consumption circumstances 6. Meet the needs of advanced electricity-saving 5. Provide electricity analysis demands and suggestions Air Electricity conditioning Detect abnormal electricity Use in public utilities Process efficiency proposals Manufacturing Compressed for public facilities and process manufacturing process Air Stage 3: Energy guardian Predict and avoid performance failure, improve yields 7. Safety monitoring of powered devices Forecast abnormalities in power reception and usage 8. Predictive maintenance of electrical equipment Increase yields of manufacturing process

11 KYW Energy Management Service Stage 1 : Cost-reducing First enc i c i f ef y g s r ene Strait s i th iwan h t i d w the Ta e p quip across e s pot ystem s 0 s r 70 e v O ard y gu ian

12 KYW Energy Management Service Stage 2: Electricity-saving Improvement Compared to ordinary saving service improvement plans Base year Total electricity Total electricity fee Annual electricity cost for consumption (degree) (NT$) air-conditioning (degree) Lowered Reduced Lowered ,899,200 50,886,749 8,642,464 Common Total electricity Total electricity fee Annual electricity cost for improvement consumption (degree) (NT$) air-conditioning (degree) Annual electricity cost for airconditioning (NT$) Annual cost for other electricity use Annual cost for other Average electricity price (degree) electricity use (NT$) (NT$/degree) Reduced Unchanged 34,094,122 4,256,736 Unchanged 16,792,627 Unchanged 3.94 Annual cost for other solution Unchanged 2014~ V.S Reduced Unchanged Annual electricity cost for airconditioning (NT$) Annual cost for other (degree) electricity use (NT$) Reduced Unchanged 4,256,736 11,602,830 45,736,237 7,346,094 28,943,610 KYW Total electricity Total electricity fee Annual electricity cost for Annual electricity cost for air- improvement consumption (degree) (NT$) air-conditioning (degree) conditioning (NT$) Reduced 16,792,627 11,602,830 42,930,471 7,346,094 27,180,548 Average electricity price (NT$/degree Lowered 3.94 Annual cost for other Annual cost for other electricity use (NT$) electricity use (degree solution 2014~ electricity use 4,256,736 Average electricity price (NT$/degree) 15,749, KYW stage 2: saving-more improvement solution V.S common improvement solutions Contribute to additional saving of NT$2,805,766/year x 5 (years) = NT$14,028,830 / 5 years

13 KYW Energy Management Service Stage 3: After-market Energy Guardian Service Performance failure curve of equipment s functionality

14 Definition of ESCO WTO broad definition - Energy Services Companies Oil, electricity trading, power generation, transportation, power transmission, power distribution, water resources, energy conservation and coal, electricity, gas, nuclear, oil, renewable energy management and other services. Department of Commerce definitions - Energy Services Companies Engage in new clean energy, energy conservation, improve energy efficiency or inhibit shift and peak electricity load transfer devices, systems and engineering, feasibility studies, design, manufacture, installation, construction, maintenance, testing, operating on behalf of, the related hardware and software construction & services industry. Its industry code is IG03010.

15 Concept of ESCO Energy Saving Performance Contract (ESPC) Initial cost provided by ESCO Benefit from energy conservation is used to pay initial cost, interest, and expense of the ESCO Pay back period is decided by both sides. To save to pay Guarantee energy saving

16 Concept of ESCO Customer Customer ESCO ESCO Customer Customer Initial Initialcost cost&& interest interest Before ESCO ESCO Contract period Energy Energy cost cost EC Improv. Energy Energy cost cost Energy Cost Cost Energy $ End of ESCO contract

17 Life Cycle Energy Service Renovation or Extension Operation

18 Technology need by ESCO The service provided by ESCO can be the power lighting A/C production device and facility in both R&C and industry sector. The major technologies are: Testing & diagnosis for any devices Economic analysis for any improvement of energy devices or system System integration and total solution The financial arrangement M&V for the base energy conservation

19 Energy Service Enterprise System Site Level Data Collection Other Data Metering Loads

20 Manufacturing Industries Air Conditioning Power equipment & system Compressors Heat pump Green Material Lighting Wind power High efficiency machine Solar power

21 Sensors meters Gateway.. ICT Industry

22 Controllers PLCs... ICT Industry

23 Software / Cloud / Big data ICT Industry SCADA

24 Integration makes the management efficient and Energy cost effective Information Presentation Tier (Educational and Engineering Dashboards) Energy Modeling Reporting Engine Trend Analysis Emissions Reporting Cost Allocation Rates/Bill Validation Business Applications Tier Data Quality Other source of Information: Weather, Energy Cost, Data Warehouse Data Sharing ERP Data Management and Integration Tier (e.g. XML, OLE, DB, OPC, ) Manufacturing plants Office Buildings

25 Energy Services require for Specialists Collaboration HVAC Consultants companies System Integrators Companies Financing & Legal Companies Electrical Consultants companies Architect Companies Engineering companies

26 Measurement & Verification (M&V) Options A&B are retrofit isolation methods. Options C&D are wholefacility methods. The difference is where the boundary lines are drawn.

27 US ESCO Trend

28 Other Countries ESCO Market Size

29 Today, Regulation around the world

30 Regulation around the World BREEAM and BREEAM In-Use The Building Research Establishment Environmental Assessment Method (BREEAM) was the first comprehensive green building assessment system introduced in the world. with 200,000 buildings with certified BREEAM assessment ratings and over a million registered for assessment. UK in 1990 and 2009, BREEAM In-Use Leadership in Energy and Environmental Design (LEED) U.S. Green Building Council (USGBC) website, Originally released in Green Star and NABERS Australia two rating systems: Green Star and NABERS. Launched in 2003 by the Green Building Council of Australia. The Green Star System has also been adopted in New Zealand and South Africa. Green Building Label (GBL)China s Ministry of Housing and Urban-Rural Development (MOHURD) administers the Green Building Label (GBL) through the Green Building Label Management Office (GBLMO). Established in 2008, GBLMO is entrusted by MOHURD to manage, regulate, and promote China s GBL, Green Rating for Integrated Habitat Assessment (GRIHA)GRIHA is a system developed jointly by the Indian Ministry of New and Renewable Energy (a government agency). Requirements of GRIHA are similar to those of LEED, the documentation process is significantly different.

31 Regulation around the World ISO 50001: Introduced in 2011 to establish requirements for energy management systems (EMS). BBC and BBC EFFINERGIE: These French low energy building labels specify minimal energy use: 50 kwh/m2/year for residential new construction, and 50% below baseline for commercial construction. Bureau of Energy Efficiency s (BEE) Star Labeling Program: The premise of this Indian program for existing buildings is that building performance, more than anything else, needs to be linked with actual energy use data. ENERGY STAR: This US program lends its ENERGY STAR label to energy-efficient products and practices and boasts $18B in utility bill energy savings in 2010 alone.45

32 High Performance building by becoming more efficient, more sustainable and more liveable Efficient Better information sharing Improved resiliency to disruptions Increased control over Building systems Sustainable Liveable Reduced Carbon emissions and energy consumption Operational cost savings Decreased need for massive infrastructure investments Higher quality of life for building occupants Increased attractiveness to jobs & talent Increased global competitiveness and value

33 Cities need to become smarter by becoming more efficient, more sustainable and more liveable Efficient Better information sharing Improved resiliency to disruptions Increased control over city systems Sustainable Liveable Reduced Carbon emissions and energy consumption Operational cost savings Decreased need for massive infrastructure investments Higher quality of life for city residents Increased attractiveness to jobs & talent Increased global competitiveness

34 In Conclusion Energy Services not only help the Industries - to reduce the energy cost - to increase their management efficiency - to enhance their competitiveness in the world. Energy Services will be the key New Competitiveness Engine in the international market to create Green Economic to Taiwan