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Aemas conference phb 19 july2011-part1-zain
1. UTM SUSTAINABLE ENERGY MANAGEMENT (SEM) PROGRAM– Part 1 Lessons Learnt on UTM Transformation to SEM Zainuddin Abd Manan, Dean, Faculty of Chemical Enginering, UTM Masilah Bandi (Energy Manager), Ahmad Khairul Nizam (Energy Manager) and Wahid Omar (Director) Office of Asset and Development, UTM ASEAN Energy Management Scheme (AEMAS) Conference, Kuala Lumpur, 19 July 2011
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7. Energy Management Matrix Most Companies focus on Energy Conservation Measures (ECM) (Technical Audit)!!! Energy Policy Organization Motivation Information System Marketing Investment 4 Energy policy, action plan and regular review, have commitment of top management as part of an environmental strategy Energy management has been fully integrated into management structure. Clear delegation of responsibility for energy consumption Formal and informal channels of communication regularly exploited by energy manager and energy staff at all levels Comprehensive system sets targets, monitors consumption, identified faults, quantifies savings and provides budget tracking Marketing the value of energy efficiency and the performance of energy management both within and outside the organization Positive discrimination in favor of ‘green’ schemes with detailed investment appraisal of all new build and refurbishment opportunities 3 Formal energy policy, but no active commitment from top management Energy manager accountable to energy committee representing all users, chaired by a member of the managing board Energy committee used as main channel together with direct contact with major users M & T reports for individual premises based on sub-metering, but savings not reported effectively to users Programme of staff awareness and regular publicity campaigns Some payback criteria employed as for all other investment 2 Unadopted energy policy set by energy manager or senior department manager Energy manager in post reporting to ad-hoc committee, but line management and authority are unclear Contact with major users through ad-hoc committee chaired by senior department manager Monitoring and targeting reports based on supply meter data. Energy unit has ad-hoc involvement in budget setting Some ad-hoc staff awareness training Investment using short term payback criteria only 1 An unwritten set of guidelines Energy management is the part-time responsibility of someone with only limited authority or influence Informal contacts between engineer and a few users Cost reporting based on invoice data. Engineer complies reports for internal use within technical department Informal contacts used to promote energy efficiency Only low cost measures taken 0 No explicit policy No energy management or any formal delegation of responsibility for energy consumption No contact with users No information system. No accounting for energy consumption No promotion of energy efficiency No investment in increasing energy efficiency in premises
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9. Technical Solution/ Energy Audit Energy Manager tip of the iceberg Systems & Policy Energy Committee And Team Top Management Commitment Plan and Implementation Systems Audit Control & Monitoring Training and Awareness People System
10. Lesson #1. Energy Audit (Technical) is the “Tip of the Iceberg”
11. Lesson #2. Start by Building People Where and How to Start?
12. Technical Solution/ Energy Audit Energy Manager tip of the iceberg Systems & Policy Energy Committee And Team Top Management Commitment Plan and Implementation Systems Audit Control & Monitoring Training and Awareness People System
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14. EM Work Procedure People First! Tools Responsibilities Energy Management Work Procedures (EM-WP) A. Assign Energy Manager Executive Board B. Set up EM Committee Executive Board and Energy Manager C. Evaluate EM Status E. Set or Revise ET&P Energy Management Matrix, Energy Efficiency Index Executive Board and Energy Management Committee Executive Board and Energy Management Committee D. Set up or Review EM Components Energy Efficiency Index, Working manual and tools Executive Board and Energy Management Committee Energy Management Committee F. Assign saving target to EACs G G H J
15. EM Committee (Sample) Lesson 2.1. EM is not the monopoly of the “Techies” !! General Manager Marketing Manager Finance Manager HR Manager Energy Manager Plant Manager
16. Responsibilities of the Energy Manager and Its Team Pillar1:Formulating Energy Policy Continual Improvement – Sustainability - Improved profitability Pillar2: Getting commitment Pillar3: Planning & Organizing, Objective and Target Setting Pillar4:Implementing Action Plans Pillar5: Conducting System Audit Energy Management System Energy Manager Pilar6: Control & Monitoring
20. Winners of ASEAN Energy Award (as of 2010) Country Number of Wins % Wins Thailand 10 47.6 Philippines 4 19.0 Malaysia 2 9.5 Indonesia 2 9.5 Vietnam 1 4.8 Cambodia 1 4.8 Brunei 1 4.8
21. Renewable & Sustainable Energy: IF 4.842; Published in the USA, 2010 Complete Proposal for a Malaysian Energy Award
22. Normal buildings (Kuala Lumpur) LEO building (Putrajaya) GEO building (Bangi) Costs Energy Index kWh/m 2 ~ 2,900 RM/m 2 3,197 RM/m 2 3,499 RM/m 2 (Without BIPV ) 4,210 RM/m 2 ( with BIPV) 250 - 300 100 34 0 Winner of ASEAN Energy-Efficient Building Award! Low Energy Office (LEO) Winner of ASEAN Energy-Efficient Building Award! Green Energy Office (GEO) + 5 - 10% + 9% + 20%
23. Recognized Projects ASEAN Energy Awards Winners in Energy Management Category Copyright UTM-PROSPECT-PTM Outlook on Energy Management OEM - Semasa Sentral Sdn Bhd (2007), KL Sentral 2 nd Runner-up – Energy Management in Buildings Category Ikea Handel Sdn Bhd (2008) 2nd Runner-up – Energy Management in Buildings Category
24. Lesson #4. Lock Energy Sustainable Management System (SEM) into your company’s work procedure
25. Energy Management Work Procedure Tools Responsibilities Energy Management Working Procedures (EM-WP) A. Assign Energy Manager Executive Board B. Set up EM Committee Executive Board and Energy Manager C. Evaluate EM Status E. Set or Revise ET&P Energy Management Matrix, Energy Efficiency Index Executive Board and Energy Management Committee Executive Board and Energy Management Committee D. Set up or Review EM Components Energy Efficiency Index, Working manual and tools Executive Board and Energy Management Committee Energy Management Committee F. Assign saving target to EACs G G H J
26. Energy Management Work Procedure Technical Energy Audit Tools Responsibilities Energy Management Working Procedures (EM-WP) Recommended working procedures for each EAC, Operational Guideline (OG), Process Mapping (PM), Work Instruction (WI), Log Sheet (LS) and Calculation Sheet (CS) Energy Accounting Centres Energy Management Committee and Energy Accounting Centres F E E C No measure G. EACs identify measures to meet the assigned target Disapproved Approved Selected measures H. Present measures, budget, planning to Executive Board I J
27. Lesson #4.1. EM is NOT About Introducing an Entirely New Management System
30. AEMAS and ISO 50001 Corporate energy policy Energy Management system in place and documented Trained and certified energy managers Demonstration of budget spending Demonstration of EE measures implementation Documented improvement of EEI ISO 50001 (Global) AEMAS (Regional) Budget management Motivation (Organisational Awareness) AEMAS = ASEAN Energy Managers Accreditation Scheme ISO is about System Documentation, AEMAS is about Documentation & Sustainable Implementation Energy Management System in place and documented Real EE improvement; Energy Management System is sustainable
31. ..with Sustainable Energy Management System (SEM) Innovations Lead to continuous Savings SEM Locks Savings
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Notas del editor
Malaysians residing overseas numbered only 9,576 in 1960 while the world’s total registered migration was 382,912 per nation. By 2005, the world’s registered migration increased to an average of 919,302 per nation, an increase of 2.4 times. However, Malaysia’s emigration numbers rose to 1,489,168, an almost 100-fold increase over the 45-year period.
Although the idea and discussion about some consequences (especially the interfirm cooperation in R&D) date back at least to the 60s, Open Innovation' is a term promoted by Henry Chesbrough , a professor and executive director at the Center for Open Innovation at UC Berkeley , in his book Open Innovation: The new imperative for creating and profiting from technology [1] . The concept is related to user innovation , cumulative innovation , Know-How Trading , mass innovation and distributed innovation . “ Open innovation is a paradigm that assumes that firms can and should use external ideas as well as internal ideas, and internal and external paths to market, as the firms look to advance their technology” [2] . The boundaries between a firm and its environment have become more permeable; innovations can easily transfer inward and outward. The central idea behind open innovation is that in a world of widely distributed knowledge, companies cannot afford to rely entirely on their own research , but should instead buy or license processes or inventions (e.g. patents ) from other companies. In addition, internal inventions not being used in a firm's business should be taken outside the company (e.g., through licensing, joint ventures , spin-offs ) [3] . Several companies currently operate as open innovation intermediaries, including Vertical*i , InnoCentive , Innovation Exchange , [Hypios], InnovationXchange , NineSigma, Starmind [4] , yet2.com, Napkin Labs, MillionBrains,Tekscout in US, One Billion Minds in India, PRESANS in France, Innoget in Spain, Acikinovasyon.com in Turkey and Fellowforce among others. Other companies such as Deutsche Telekom report on using multiple instruments to open up their innovation system. Such instruments include corporate venture capital funds, foresight workshops, executive forums, and spin-outs [5]
Once the sustainable energy management system has been fully set up and operated properly, It will assist the organisation to achieve…. Because of the involvement of all staff will assist in increasing of staff awareness on energy conservation and waste minimization