=== pep-2023-2050-vol2-section-d-page-061.pdf === Designated Establishments62 On the compliance of Designated Establishments (DEs), there are 4,730 DEs that have submitted their annual energy consumption reports through the program’s online platform. This is broken down into 3,197 from the commercial sector, 1,501 from the industry sector, and 32 from the transport sector. These reports showed aggregate electricity savings of about 465.78 GWh from the private sector. Total investments from DEs amounted to PhP6.775 billion through the projects on acquisition of new equipment, conversion to efficient lightings, system rehabilitation and upgrade, RE projects, equipment maintenance, process plant automation, and electrical systems improvement. The DOE DE Online Submission Portal63 (Figure 11) was officially launched in June 2023. It is a one-stop-shop online interactive system for all DE reportorial requirements, which also provides a platform for the evaluation, monitoring, and recording of the energy situation of DEs and their EE projects. Orientation/hands-on workshops were held nationwide to inform users/stakeholders on the functions of the online system. Figure 11. DE Online Submission Portal Energy Service Companies64 The DOE registered/certified 56 Energy Service Companies (ESCOs), which are juridical entities that offer and provide multi-technology services and goods towards developing and designing EE projects, delivering and guaranteeing energy savings, and ensuring cost-effective and optimal performance. ESCOs continue to play a vital role in our push for the reduction of energy consumption and GHG emissions through the adoption of EEC projects and measures. As of 31 December 2023, ESCOs generated electricity savings of around 610.61 GWh or PhP6.38 billion in investments (Table 28). Designated Establishments (DEs) are categorized based on their energy consumption threshold: For commercial and transport sector, 1) Others are those with annual energy consumption of 50,000 kWh and below, 2) Type 1 are those with annual energy consumption of 50,001 to 500,000 kWh; 3) Type 2 are those having annual energy consumption of more than 500,001 kWh to 4,000,000 kwh; and 4) Type 3 are those having annual energy consumption of 4,000,001 kwh or more. For industrial sector, 1) Others are those with annual energy consumption of 50,000 kwh and below, 2) Type 1 are those with annual energy consumption of 50,001 to 1,000,000 kWh; 3) Type 2 are those having annual energy consumption of more than 1,001,001 kWh to 8,000,000 kwh; and 4) Type 3 are those having annual energy consumption of 8,000,001 kWh or more. 63 In partnership with United States Agency for International Development (USAID) 64 ESCO services include energy supply and management, energy financing, technical engineering expertise and consultancy, equipment supply, installation, operation, maintenance and upgrade, and monitoring and verification of performance and savings. 62 Vo l u m e 2 51 === pep-2023-2050-vol2-section-d-page-062.pdf === Table 28. Types of EE Projects Implemented Project Title Project Cost (PhP) Energy Audit Energy Saving Values (KWh/Year) 3,123,396,142.00 260,568,084.62 Preventive Maintenance 1,250,000.00 - HVAC Installation 9,128,283.00 - HVAC Retrofitting 210,000,000.00 10,000,000.00 Installation of Capacitor Bank 14,522,573.00 21,246.88 1,860,059,255.00 310,912,312.00 Installation of Energy Monitoring System 2,950,000.00 - Installation of Smart Power Monitoring 5,358,000.00 - Installation of Energy Efficient Technology Installation of Vehicle Fuel Monitoring System Lighting Retrofit Replacement of Capacitors Units Solar PV Systems Installation 12,000.00 - 1,105,670.00 9,456.00 917,500.00 - 1,041,639,350.76 10,856,511.86 Street Lighting 265,000.00 - Supply, Installation, Testing & Commissioning of Active Harmonic Filters 11,187,220.00 13,306.36 Street Lighting Project 2,000,000.00 - Vapor Absorption Machine 20,000,000.00 164,250.00 Energy Performance Contract 45,021,077.21 17,671,387.79 Energy Saving System 5,000,000.00 - Chiller System Upgrade and Replacement 22,018,000.00 395,775.00 Powerplant Cooling Water Antifouling 3,500,000.00 - Steam line protection 7,000,000.00 - Main Cooling Water debris filtration system 6,000,000.00 - Feedwater Heater 64,100,000.00 Total 6,375,830,070.97 Philippine Energy Labeling Program (PELP) Under the PELP Guidelines, pursuant to Department Circular (DC) 2020-06-0015, all energy-consuming product (ECP) manufacturers, importers, distributors, and dealers are enjoined to register their products to obtain an energy label. As of 31 December 2023, a total of 136 companies and 6,926 product models have been approved, 5,890 of which were issued with energy labels (Table 29). To determine compliance with PELP guidelines, regular monitoring of PELP-covered ECPs in the market will be conducted. All registered companies will be prompted for the annual update of their business permits and product inventory reports, as well as the annual renewal of the issued energy labels for their registered product models. Table 29. Summary of PELP Registration Type of ECPS Approved Product Registration Issued Energy Label Air-Conditioners 2,021 1,995 2,170 Lighting Products 3,054 2,760 1,650 Refrigerating Appliances Television Sets Total 52 No. of Application 932 909 926 1,288 1,262 1,144 7,295 6,926 5,890 Philippine Energy Plan 610,612,330.51 === pep-2023-2050-vol2-section-d-page-063.pdf === Energy Efficiency Practitioners The DOE issued DC2021-01-0001 or the Guidelines for the Qualifications, Assessment, Registration and Certification of Energy Conservation Officers (CECO), Energy Managers (CEM), and Energy Auditors (EA), which also provides for the training on regulations and certification process for these energy efficiency practitioners. Since the start of implementation, there are now 901 Registered Energy Efficiency Practitioners comprising 488 Certified Energy Managers (CEMs), 184 Certified Energy Conservation Officers (CECOs), and 229 Certified Energy Auditors (CEAs). The training for CEMs, CECOs, and CEAs is conducted by the Registry of Recognized Training Institutions (RTIs) as the DOE’s partner in the implementation of the EEC Act. Similarly, the DOE issued DC2023-05-0009 or the GEMP Guidelines on Strengthening the EEC Professionals, Adoption of Training Module for Capacity Building and Prescribing Certification Process for the Recognition of Training Institutions, which resulted in two (2) institutions registered as GEMP RTIs (Table 30). Table 30. DOE Certified and Recognized Training Institutions MERALCO Power Academy PAMAV Training Institute and Technology Center, Inc. Philippine Institute of Energy Management Professionals, Inc. Energy Managers ENPAP 4.0 INC Advance I&P Solutions, Inc. Philippine Energy Professionals International Inc. TÜV Rheinland Philippines, Inc. J3 Trainers and Consultants, Inc. MERALCO Power Academy Energy Auditors PAMAV Training Institute and Technology Center, Inc. Advance I&P Solutions, Inc. TÜV Rheinland Philippines, Inc. J3 Trainers and Consultants, Inc. GEMP MERALCO Power Academy PAMAV Training Institute and Technology Center, Inc. Guidelines on Energy Conserving Design of Buildings The Guidelines on the Energy Conserving Design of Buildings were developed to encourage and promote the energy conserving design in buildings, including their services, to reduce the use of energy with due regard to the costeffectiveness, building function, and comfort, health, safety, and productivity of the occupants. The guidelines will also be included in the Philippine Green Building Code. Further, the DOE is in communication with various stakeholders to inform them of the existing guidelines. Communicating the guidelines to specific stakeholders entailed the conduct of webinars hosted by ENPAP 4.0 Inc. and SEOP Corporation. Energy Efficiency Excellence Awards The issuance of Department Order (DO) 2021-09-0014 or the Guidelines on Energy Efficiency Excellence (EEE) Award promotes energy management systems and best practices on EEC. In December 2023, the DOE announced the 27 recipients of the 2023 EEE Awards. Said awardees were shortlisted from the 344 entries submitted by both government (16 entries) and private sectors (328 entries). The energy savings generated from these EEE awardees reached 20,148.24 MWh. Vo l u m e 2 Secretary Raphael P. M. Lotilla delivered his welcome message during the EEE Awards held in December 2023 at Pasay City 53 === pep-2023-2050-vol2-section-d-page-064.pdf === Fiscal Incentives The Strategic Investments Priority Plan (SIPP) under the Corporate Recovery and Tax Incentives for Enterprises (CREATE) Act provides incentives to EE projects to beef up investments in the sector. This is made possible through DCs 2021-05-001165 and 2022-03-000466, which specify the guidelines for the endorsement of EE projects to the Board of Investments (BOI) for Fiscal Incentives with a classification of Simple67, Complex68, and New69/Expansion EE projects70. As of December 2023, there are three (3) active applications for endorsement to the BOI composed of two (2) new EE projects and one (1) Simple EE Project. Stakeholders Engagements In compliance with the President’s directive, the DOE launched an energy conservation campaign to create collaborative efforts in promoting the role of the public and private sectors on the efficient use of energy, as well as provide guidance for their roles and responsibilities in establishing clear EEC policies, plans, programs, and activities in their respective offices/agencies. The DOE’s “You Have the Power” campaign which kicked off at SM Southmall in Las Piñas City on 05 May 2023 encourages the public to adopt an energy efficient lifestyle and instill a sense of shared responsibility for the environment. Strategic communication activities on EEC include the conduct of interactive mall activities, orientation workshops, engagement with various social media platforms (e.g., Facebook, Twitter, Instagram, and TikTok), Kwentong Enerhiyang Atin YouTube Channel, Earth Hour, EEC Tips, Emerging Energy Campaign via CNN Philippines, Infomercial Campaign via GMA, and radio campaign with the Presidential Communications Office (PCO). You Have the Power Campaign To promote all the initiatives under the EEC Roadmap, the DOE launched its “You Have the Power” campaign (Figure 12), which encourages Filipinos to adopt an energy-efficient lifestyle and instill a sense of shared responsibility for the environment. Accordingly, it envisions to empower everyone to change how energy is consumed through simple efforts that will lead to great outcomes. This campaign is part of the President’s call to strengthen EEC efforts to help manage the country’s energy demand, while at the same time generating energy savings to support economic growth, enhance social development, advance environmental sustainability, ensure energy system security, and help build wealth. The roadshow commenced on 5 May 2023 at SM Southmall in Las Piñas City and followed by other SM malls in Sta. Rosa City, Baguio, Seaside Cebu, and Lanang Premier (Davao), among others. “Guidelines for the endorsement of Energy Efficiency Projects to the BOI for Fiscal Incentives” issued on 11 May 2021 “Guidelines for the endorsement of Energy Efficiency Strategic Investments to the BOI for Fiscal Incentives” issued on 3 March 2022 Simple EE Projects refer to those projects that involve new installation, upgrading, or retrofitting of specific equipment or devices in the system such as but not limited to lighting retrofit, automated lighting control system or smart control system, HVAC upgrades, boiler replacement, and other similar devices or equipment within a system. 68 Complex EE Projects refer to those projects that involve new installation, retrofitting, or upgrading of a system or a combination of systems such as but not limited to Cogeneration System, District Cooling System, Steam System from boiler to the steam load process equipment including its auxiliaries, Pumping System, HVAC System and its distribution line system, Compressed Air System, Process line System for kilns and furnaces, Smart Manufacturing System, Building Energy Management System, etc. This includes Demand Side Management (DSM) Projects or any other innovative DSM schemes with the intention to lower down overall demand consumption in the grid, wherein the project is being implemented by an electric distribution utility or ESCO. 69 New EE Projects refer to innovative energy efficiency projects designed to reduce energy consumption or costs by any improvement, repair, alteration, or betterment of any building or facility, or any equipment, fixture, or furnishing to be added to or used in any building, facility, or construction of green buildings, or vehicle including manufacturing and provision of services or will use electric vehicles (EVs) in its operations and will realize energy savings during operation and maintenance. 70 Expansion of EE Project refers to additional energy efficiency projects to an existing and/or on-going EE project designed to further increase energy savings. 65 66 67 54 Philippine Energy Plan === pep-2023-2050-vol2-section-d-page-065.pdf === Energy Labeling Program and Fuel Economy Performance for Transport Vehicles Figure 12. EEC Social Media Campaign In 2023, the DOE issued policies for labeling and fuel economy performance ratings of transport vehicles. The following DCs intend to empower consumers by enabling them to validate information provided by vehicle manufacturers, importers, distributors, dealers, and rebuilders, which will facilitate the selection of fuel-efficient transport vehicles, realize fuel savings, eliminate fuel-inefficient vehicles in the market, and reduce of GHG emissions: a. DC2023-05-0017 titled “Prescribing the Guidelines on the Philippine Transport Vehicles Fuel Economy Labeling Program (VFELP) for Compliance of Vehicle Manufacturers, Importers, Distributors, Dealers, and Rebuilders” covers the mandatory labeling of all transport vehicles; and, b. DC2023-05-0016 titled “Prescribing the Fuel Economy Performance Rating (FEPR) Guidelines on Road Transport Vehicles under the Philippine Transport Vehicles Fuel Economy Labeling Program (VFELP) for Compliance of Vehicle Manufactures, Importers, Distributors, Dealers, and Rebuilders” sets the minimum fuel economy performance rating for transport vehicles. The transport vehicles labeling initially covered the implementing guidelines for registration of companies and vehicles. It was further expanded to fuel economy performance of road transport vehicle categories71 - Class L, Class M1, Class N1, and vehicles powered by an internal combustion engine (ICE), and EVs. To accelerate the implementation of the VFELP and FEPR, the DOE is set to establish a web-based application and online database system to facilitate the generation of information and statistics for future policy development in conjunction with the National Energy Efficiency and Conservation Database (NEECD). Plans and Programs Energy Efficiency and Conservation Roadmap Figure 13. Governance Framework of NEECP and Roadmap 2023-2050 The National Energy Efficiency and Conservation Plan (NEECP) is a comprehensive framework that institutionalizes EEC in the country as a way of life for the Filipinos geared towards the efficient and judicious utilization of energy across all sectors. It shall set out the governance structure (Figure 13) and EEC programs with defined national targets and feasible strategies backed up by regular monitoring and evaluation. The EEC Roadmap (Figure 14) outlines the important programs across all sectors relative to the implementation of EEC Act. It aims to reach the overarching goal of assisting the country’s economic development by ensuring energy security through a reduction in energy intensity across key economic sectors. Class L: Road motor vehicles with less than 4 wheels and including 4-wheeled vehicles with restrictions on maximum speed, maximum mass and maximum rated power; Class M1: Vehicles used for the carriage of passengers and comprising not more than 8 seats in addition to the driver’s seat, and having a gross vehicle weight not exceeding 5,000 kg.; Class N1: Vehicles used for the carriage of goods and having a maximum gross vehicle weight not exceeding 3,500 kg. 71 Vo l u m e 2 55 === pep-2023-2050-vol2-section-d-page-066.pdf === Figure 14. Energy Efficiency and Conservation Roadmap Short Term Medium Term 2023-2024 Generation Transport Industry Residential Commercial Utilities/ End Use 2025-2028 • Develop financing modalities for government and private Energy Efficiency (EE) projects • Adopt the Guidelines for the Energy Conserving Design of Buildings • Expand the implementation of the Minimum Energy Performance for Products (MEPP) and the Philippine Energy Labeling Program (PELP) for household appliances and industrial motors • Capacitate EE practitioners and related entities • Strengthen national awareness through information campaign strategies • Develop the EEC Database for Monitoring, Verification, and Evaluation on the progress of EEC • Integrate EEC in school and university curricula • Create a rolling pipeline of EE projects for the government • Establish Building Energy Efficiency Indices for government and commercial buildings • Develop a building energy code for low-rise residential buildings • Establish MEPP for industrial devices • Create financial incentives for fuelefficient vehicles and the development of the Electric Vehicle Industry • Integrate EEC in the Power Supply Sector through policies such as Demand-Side Management • Develop waste management guidelines for the disposal of inefficient technologies Long Term 2029-2050 • Create an EEC Institute to showcase and demonstrate EE projects and technologies • Develop EE projects in low-income neighborhoods • Promote private sector participation for EEC-related programs and activities • Open-up opportunities for new investments • Optimize energy pricing • Develop R&D capacity of the country on EEC • Explore the implementation of congestion taxes in the country • Develop an EEC Knowledge Management Framework to harmonize all EEC-related information 2050 OBJECTIVE Measurable reduction in energy intensity and consumption per year versus business as usual (BAU) For the short-term, the DOE recognizes that significant investments are required to implement government and private EE projects to ensure the effective implementation of the EEC Act. Further, IEC campaigns are deemed vital to equip the various sectors, financial institutions, industry groups, and the public on different EEC programs and best practices. In the medium-term, the establishment of policy guidelines or frameworks for the development and safe operation of EVs and EV Charging Stations (EVCS) will attract investments and promote the widespread use of EVs. The government’s current policy measures have already stimulated investors’ interest in the EV industry. The implementation of the GEMP will also be continued in all government agencies in collaboration with stakeholders. Financing models on EEC projects will also be explored to ensure funding for EE projects in the government sector. In response to IAEECC Resolution No. 572 in 2022 that provides the GEMP Guidelines that detail the components of an EEC Plan (EECP), wherein Government Energy Efficiency Projects (GEEPs) are the modality for implementing projects such as solar power generation and solar heating systems. A DOE-initiated demonstration project will be implemented to pursue accelerated development and utilization of efficient RE technologies as one effective option to reduce dependence on the use of fossil fuels and contribute to the mitigation of GHG emissions. The DOE shall continue to prioritize the development and rollout of energy standards beyond the appliances industry. As such, partnerships with experts to conduct market research and assessments are essential for the expansion of energy standards to other areas such as industrial devices and transport vehicles. The long-term goal of the DOE is the establishment of an institute that will highlight examples of best practices for other project developers and government agencies to emulate. Among the different strategies of the DOE is the focus on developing Knowledge Management Systems (KMS) and the development of advanced R&D capacity for EEC. This will be accomplished through institutional capacity building, development of a harmonized information database, strengthening of advocacy initiatives, sharing of EEC best practices, and promotion of consumer engagement. Improving the country’s R&D on EEC is seen as a game-changer in how government can proceed towards its clean energy ambitions. The DOE recognizes the importance of collaboration and networking with international and local partners to ensure synergies on key and innovative energy technologies/practices, as well as financing opportunities for EEC innovations in the country. Further, the NEECP has set carbon emission avoidance and targets derived from each sector and program across the short-, medium-, and long-term time horizons as shown in Table 31. IAEECC Resolution No. 5 series of 2022 titled “Directing All Government Entities (GEs), including the Local Government Units (LGUs) and Foreign Service Posts to Observe the Approved GEMP Guidelines.” 72 56 Philippine Energy Plan === pep-2023-2050-vol2-section-d-page-067.pdf === Targets under the NEECP and Roadmap 2023-2050 Table 31. Sector Government Commercial Emissions Avoidance Programs Short-Term (2023 – 2024) Medium-Term (2025 – 2028) Long-Term (2029 – 2050) GEMP 1.87 Mt CO2e 16.15% 3.31 Mt CO2e 15.81% 25.06 Mt CO2e 14.48% PELP /Minimum Energy Performance for Products (MEPP) 7.51 Mt CO2e 16.15% 13.28 Mt CO2e 15.81% 100.50 Mt CO2e 14.48% Residential PELP/MEPPs 18.56 Mt CO2e 34.65% 32.79 Mt CO2e 31.66% 248.21 Mt CO2e 23.17% Industrial PELP/MEPPs 17.43 Mt CO2e 19.38% 30.81 Mt CO2e 19.17% 233.18 Mt CO2e 18.35% VFELP/FEPR Pending data Pending data Pending data EVCS Pending data Pending data Pending data N/A N/A 116.54 Mt CO2e 8.22% 4.34 Mt CO2e 27.95% 7.53 Mt CO2e 27.95% 54.03 Mt CO2e 27.95% Transport 10% EV penetration by 2040 Utilities & End-use Power Sector Efficiency Strategic Activities and Programs to Support the EEC Roadmap Energy efficiency plays an essential role in accelerating clean energy transitions and achieving global climate and sustainability goals across all economic sectors of the Philippines. To provide transformative changes in the way we use energy, the DOE developed a set of priority key action plans/activities to achieve the milestone targets of the EEC Roadmap (Table 32). The details of the strategic activities and programs of the NEECP and Roadmap are highlighted in DC2023-05-001873. Table 32. EEC Strategic Activities and Programs Sector Government Commercial 2023-2024 2025-2028 2029-2050 • Develop financing modalities and criteria for the evaluation of government EE projects • Establishment of the National EEC Office (NEECO) • Develop guidelines for LGU EEC activities • Adopt guidelines for the energy-conserving design of government buildings • Create a rolling pipeline of government EE projects for LGUs and public buildings • Establish the building energy efficiency index for the government sector • Develop an EEC Institute to showcase and demonstrate EE technologies and projects to mainstream EEC in the country • Adopt guidelines for the energy-conserving design of commercial buildings • Establish the building energy efficiency index for the commercial sector • Develop a Building Energy Efficiency Label Scheme • Monitor the annual reportorial obligations of DEs • Provide support for the implementation of EE projects in the commercial sector Residential • Improve the PELP Online Registration System • Strengthen the monitoring, verification, and enforcement (MVE) framework • Increase post-market surveillance monitoring • Increase awareness of the public on the MEPP and PELP • Develop MEPP for Motors Industrial • Development of MEPP for new-energy consuming products • Create a Building Energy Code for low-rise buildings • Develop EE projects in low-income neighborhoods • Develop MEPP for other industrial devices • Create programs for EEC for Micro, Small, and Medium Enterprises (MSMEs) • Establish a plan to adopt emerging technologies in EEC • Enjoin the private sector to participate as testing facilities for motors and industrial devices • Develop R&D capacity of the country • Issue certification of energy efficiency practitioners and recognition of other related entities • Optimize energy pricing for all sectors (commercial, industrial, and transport) • Monitor the annual reportorial obligations of DEs • Open up investment to new players • Develop minimum fuel efficiency and label for road transport vehicles • Create financial incentives for fuel-efficient vehicles and their related infrastructure • Develop the EV industry • Expand the vehicle categories in the labeling program • Develop DSM strategies and policies. • Establish EE for the power supply sector Transport Utilities and End-Use 73 • Develop policies for emerging energy efficiency technologies for aviation and shipping • Explore the implementation of congestion taxes, which could relieve traffic situation as this leads to inefficiency in fuel consumption • Establish testing facilities for vehicle fuel efficiency • Develop policies and implement labeling programs for maritime and aviation vehicles • Create partnerships with utilities to support end-user decision-making on EEC Adoption of the National Energy Efficiency and Conservation Plan and Roadmap 2023 – 2050 Vo l u m e 2 57 === pep-2023-2050-vol2-section-d-page-068.pdf === Table 32. EEC Strategic Activities and Programs Sector Cross-Sectors 2023-2024 2025-2028 • Develop and further capacitate the ESCO industry • Create an Energy Efficiency Finance Program such as a Guarantee/Revolving Fund for EE projects • Develop the EEC Database for Monitoring, Verification, Enforcement, and Evaluation of the progress of EEC in the country • Mainstream Gender and Development (GAD) in EEC. • Expand the adoption of EEC in school curricula • Develop the waste management strategy arising from the disposal of inefficient technologies 2029-2050 • Develop an EEC knowledge management framework to harmonize information on EEC across all sectors • Financial support for EE projects • Conduct IEC Campaigns on EEC • Conduct recognition and awards programs on EEC The programs and initiatives on EEC to be carried out in the planning horizon covering and cutting across the targeted sectors are: • The successful implementation of EEC projects requires significant investments. However, financial and technical barriers constrain EEC project funding as there lacks a commercially attractive EEC financing due to traditional asset-based lending practice of financial institutions. Restrictive loan terms including high collateral requirements mean that local financing institutions do not receive many requests for EE financing despite funding being available. Over the short-term, it is imperative to conduct capacity-building for the financial sector to increase understanding of EEC projects and the related business models. 58 • Capacity building of the IAEECC in line with GEMP implementation and promotion of better coordination with government entities to support LGUs in the identification and evaluation of EEC projects, which shall be coordinated with the to-be-established National Energy Efficiency and Conservation Office (NEECO). • Revision of Guidelines on Energy Conserving Design of Buildings in accordance with the EEC Act, encompassing both new and existing buildings. Accordingly, as stipulated in GEMP, state-owned buildings and facilities will also be in adherence. • Development and rollout of energy performance requirements beyond the appliances sector. The formulation of such requirements is deemed to include industrial devices (i.e., motors) and may include transformers. Expanding the PELP product/technology coverage entails conducting market assessment studies, establishing and harmonizing standards together with ASEAN experts, and having a robust online registration system complemented by a monitoring, verification, and evaluation framework. • Development of a Demand-Side Management (DSM) program tailored for the power industry through load management and other measures that are to be implemented by distribution utilities. Developing and issuing a policy is the first step to be followed by identifying best practices and conducting stakeholder engagements. • Prioritization of Power Sector Efficiency to be pursued within the next five (5) years. This will follow the DSM programs and shall conform to the formulated strategies on prioritizing cost-effective opportunities in systems loss reduction, efficiency improvement, and potential for cost savings. • Corollary to the implementation of the VFELP and FEPR, the DOE will develop the necessary technical requirements, including but not limited to, implementing guidelines, vehicle fuel economy performance testing guidelines, and minimum energy performance for transport vehicles. • Exploration of the establishment of a Vehicle Performance Assessment Facility (VPAF) for gathering accurate and reliable data related to the performance of various road vehicles, including fuel economy and CO2 emission. The said facility shall also equip the DOE in monitoring compliance with the prescribed fuel economy standards. • Strengthening of the existing ESCO certification system and development of guidelines and procedures on the imposition and collection of fees for accreditation and certification services. The Department will develop training modules and provide an ESCO toolkit to support standard processes in streamlining procedures within the planning period. Philippine Energy Plan === pep-2023-2050-vol2-section-d-page-069.pdf === • Data collection and implementation of a corresponding monitoring, verification, and enforcement framework over the planning period. The long-term action is to institutionalize an EEC knowledge management system. • Continue IEC campaign to inculcate energy efficiency within schools and universities. • Carrying out GAD programs to support SMEs. The SMEs were identified by the DOE as a potential group to be supported in the program designed to target low-income households in the EEC roadmap. • Pursuant to Section 28 of the EEC Act on the provision on waste management, recycling, and disposal guidelines, the DOE, together with the DENR and DILG, shall develop a Waste Management Collection, Recycling, and Disposal Strategy (WMCRDS) as this will ensure proper management and disposal of waste. Investment Requirements In a generation where modern energy technologies abound, there is a need to engage both public and private investments to take advantage of all the benefits of EEC measures that will support the call for a clean energy future. As the country recovers from the health pandemic, the government’s budgetary fiscal space has narrowed down to provide more for economic measures that would help the country build back better. As a result, the increase in private investments must be secured to access and implement more energy-efficient technologies and fuels. For the planning period, a total of PhP147.57 million investment will be allocated for the implementation of GEMP which includes the: a) Demonstration Project on Promoting Solar PV Technology for Offices; b) Conduct of Third-Party Energy Audit of Buildings of Government Entities; and c) EVCS Demonstration (Table 33). These projects have been identified pursuant to the provision of the IAEECC resolutions. For 2023 alone, the program is expected to generate 921 green jobs. The DOE will also implement programs for the planning, formulation, development, implementation, enforcement, and monitoring of energy management policies and other related EEC plans and programs consistent with the mandate of the EEC Act. Table 33. Investment and Job Generation from EEC Programs, 2023 – 2050 DOE Program Investments (PhP Million) Government No. of Employment Opportunities Private GEMP 147.57 - 921* PELP 74.46 184.55 343 VFELP 338.01 92.27 631 - 25,296.18 370 Designated Establishments Energy Service Companies Total 560.04 15,529.66 41,102.66 41,662.70 350 2,615 *2023 data Vo l u m e 2 59 === pep-2023-2050-vol2-section-d-page-070.pdf === On the other hand, expected investments that may be generated under PELP will reach PhP74.66 million from the government sector and PhP184.55 million from the private sector. The estimated investment is based on parameters such as the budget for procurement of the PELP System Development (government sector), revenues from the label issuances and PELP Company Representatives (PCR)/PELP Assistant Company Representatives salaries (private sector), as well as infrastructure development. Moreover, it is expected to create 291 employment opportunities wherein 19 is from the government sector and 272 from the private sector. For VFELP, the potential investments may reach PhP338.01 million from the government sector with additional PhP92.27 million from the private sector. These cover the development and annual maintenance of the web-based Application and Online Database System for VFELP, revenues from application for company registration, transport vehicle registration, and fuel economy labeling issuance for vehicle manufacturers, importers, distributors, dealers, and rebuilders. Further, the total investment from DEs within the planning horizon is estimated at PhP25.3 billion and can generate around 370 green jobs for the country. On top of this, PhP15.53 billion worth of investment will come from ESCOs creating 350 job opportunities to come along with this development. E. ALTERNATIVE FUELS AND ENERGY TECHNOLOGIES The energy sector is gaining remarkable strides in its extensive campaign and promotion of the country's alternative fuels and energy technologies (AFETs). Among the government agencies, the DOE stands at the forefront of driving the transition to cleaner fuels to effectively veer away from fossil fuel dependence and contribute to the advancement of sustainable and environment-friendly energy technologies. Mainstreaming AFETs complements the sector’s support to climate change mitigation as this leads to reduction of GHG emissions, improvement of air quality, and enhancement of energy security and independence. Partnership Leveraging The DOE is actively collaborating with various stakeholders and research institutions in the conduct of research and validation of emerging technologies. Partnerships with both domestic and international organizations are pursued to thoroughly assess technology viability and feasibility for local adoption and integration. These forged partnerships encompass various areas such as research and development (R&D), data collection and establishment, policy referencing, pilot demonstrations, technical assistance provision, and effective integration of AFETs. In 2022, the DOE’s engagement with partner agencies in various R&D projects on new, advanced, alternative, and emerging technologies (NAETs) accomplished positive outcomes contributing to accelerated innovation and sustainable energy solutions. A number of projects have been implemented thereby providing valuable information for the development and mainstreaming of NAETs (Table 34). 60 Philippine Energy Plan