Overview
Mapúa University is committed to advancing SDG 7: Affordable and Clean Energy through energy efficiency initiatives, greenhouse gas reduction programs, renewable energy adoption, sustainable infrastructure upgrades, and community-based clean energy projects. Through campus energy management measures and partnerships that expand access to renewable energy, the University promotes responsible energy use, reduces carbon emissions, and supports the transition toward a low-carbon future.
University Measures Towards Affordable and Clean Energy
Energy-Efficient Campus Infrastructure Upgrades
Mapúa University continuously improves the energy performance of its campuses through infrastructure modernization and energy efficiency projects.
Conversion of Non-Inverter Air Conditioning Units to Inverter Technology
As part of the University’s energy management initiatives, the Campus Development and Maintenance Office (CDMO) implemented the Conversion of Non-Inverter ACU into Inverter Units project.
According to the project’s Terms of Reference dated 25 January 2021, the initiative forms part of the University’s Objective, Target, and Program (OTP) on the reduction of electricity consumption and supports the University’s commitment to upgrading existing buildings to achieve higher energy efficiency.
The project involved replacing conventional non-inverter air-conditioning units with inverter-type systems that consume less electricity while maintaining effective cooling performance. This initiative demonstrates the University’s long-term strategy of modernizing campus infrastructure through energy-efficient technologies.
Energy Efficiency Improvement Measures
During 2024–2025, the University implemented several energy efficiency upgrades, including:
- Replacement of fluorescent lighting systems with LED lighting
- Replacement of non-inverter air-conditioning units with inverter-type systems
- Preventive maintenance of campus facilities and equipment
- Building systems optimization to improve operational efficiency
These measures contribute to lower electricity consumption, improved building energy performance, and reduced greenhouse gas emissions.
Energy Conservation and Carbon Reduction Program
Mapúa University recognizes the importance of reducing greenhouse gas emissions and carbon footprints through sustainable and financially responsible energy management practices.
Campus Greening and Carbon Sequestration
Mapúa University continuously increases green spaces within its campuses by planting trees and vegetation along campus grounds and perimeter areas. Employees are also encouraged to maintain indoor plants within office spaces. These initiatives contribute to a healthier campus environment while supporting carbon sequestration efforts.
Sustainable Travel and Reduced Air Travel
To reduce emissions associated with business travel, the University encourages personnel to prioritize local and online professional development opportunities whenever feasible. Through partnerships such as LinkedIn Learning, employees are provided with virtual learning opportunities that reduce the need for air travel while supporting continuous skills development.
Telecommuting and Teleconferencing
Mapúa University promotes low-carbon work arrangements through the use of digital collaboration platforms such as Microsoft Teams and Zoom. Employees are encouraged to participate in meetings, seminars, and professional engagements online, while non-teaching personnel are provided opportunities for work-from-home arrangements.
Hybrid Learning Delivery
The University has adopted hybrid class arrangements, allowing students and faculty members to participate in online learning sessions during designated periods of the academic week. By reducing transportation requirements, hybrid learning contributes to lower energy consumption and carbon emissions associated with daily campus travel.
Sustainable Food Consumption Initiatives
Mapúa University promotes awareness of the environmental impact of food choices through campaigns encouraging reduced consumption of red meat and increased consumption of fruits, vegetables, fish, and seafood. Campus food service providers are required to offer sustainable food alternatives.
Support for Local Food Systems
The University encourages canteen concessionaires to procure food products from local farmers and suppliers. By supporting local supply chains, Mapúa helps reduce transportation-related emissions while contributing to local economic development.
Sustainable Transportation Management
To reduce emissions associated with vehicle use, Mapúa University monitors service vehicle utilization through a trip-ticket monitoring system. Employees are encouraged to consider walking, cycling, ride-sharing, or public transportation whenever practical.
The University also maintains a preventive maintenance program for institutional vehicles to ensure fuel efficiency and reduced emissions.
Energy-Efficient Equipment Procurement
Mapúa University prioritizes the procurement of:
- LED lighting systems
- Solar-powered lighting
- Inverter-type air-conditioning units
- Energy-efficient appliances and equipment
Before purchasing new equipment, the Campus Development and Maintenance Office evaluates projected energy and water consumption performance.
Water-Energy Efficiency Integration
The University’s carbon reduction efforts are reinforced through:
- Rainwater harvesting systems
- Water reuse infrastructure
- Backwash water recovery systems
- Landscape irrigation using recovered water
Energy Management and Continuous Improvement
The Campus Development, Maintenance, and Operations Office implements a continuous energy management approach that includes:
- Development of annual energy conservation plans
- Establishment of energy reduction targets
- Communication of energy-saving practices
- Monitoring of energy performance
- Annual review of policies and action plans
- Continuous identification of efficiency opportunities
Carbon Management and Greenhouse Gas Reduction
Greenhouse Gas Monitoring and Reduction Program
Mapúa University maintains a Greenhouse Gas Monitoring and Reduction Program covering institutional Scope 1 and Scope 2 emissions.
The program includes:
- Annual greenhouse gas inventory monitoring
- Energy consumption tracking
- Carbon emissions performance monitoring
- Operational efficiency improvements
- Institutional carbon reduction initiatives
The University has established a target of reducing greenhouse gas emissions by 3% annually, supporting long-term climate action and carbon footprint reduction goals.
Renewable Energy Transition Through ACEN Renewable Energy Solutions
In August 2025, Mapúa University entered into a partnership with ACEN Renewable Energy Solutions (ACEN RES) to supply 100% renewable electricity to its Manila and Makati campuses.
Electricity is sourced from:
- Solar energy
- Wind energy
- Geothermal energy
The transition supports the University’s sustainability goals and commitment to renewable energy adoption. According to ACEN RES, the renewable energy supply is expected to displace approximately 350 metric tons of carbon emissions per month, significantly reducing the University’s operational carbon footprint.
The partnership was enabled through the Philippine government’s Green Energy Option Program (GEOP), and Mapúa University was awarded the “Powered by Renewable Energy” badge in recognition of its transition to 100% renewable electricity.
Energy in the Community
Renewable Energy Access for Local Communities
Solar Panel Installation in Apayao Communities
From 7–19 August 2024, Mapúa University, through the Office for Social Orientation and Community Involvement Programs (SOCIP), partnered with the Office of the Presidential Adviser on Peace, Reconciliation and Unity (OPAPRU) and local government units to install solar energy systems in 21 barangays in Apayao.
Prior to installation, the University conducted orientation sessions for community representatives on the operation and benefits of solar energy systems. These activities increased awareness of renewable energy technologies while providing communities with a reliable source of electricity during power interruptions.
Installation of Solar Panels and Addressing Learning Poverty in Isabela
From 28 October to 12 November 2024, Mapúa University, through SOCIP and with support from OPAPRU, installed solar-powered electricity systems in 30 barangays across San Mariano, Jones, and Echague, Isabela.
The initiative supported government-community collaboration in promoting renewable energy technologies and expanding access to sustainable electricity in underserved communities. Beneficiaries gained practical exposure to renewable energy systems and their applications in education, community development, and energy resilience.
Solar Energy Empowering Education in Kanawan Integrated School
Mapúa University, in partnership with the National Association of Mapua Alumni (NAMA), installed a solar energy system at Kanawan Integrated School in Morong, Bataan.
The project provided a reliable and sustainable source of electricity for the school and surrounding community while promoting renewable energy adoption and environmental sustainability.
Public Commitment to Renewable Energy
17th Community Conference: Pledge of Commitment Towards Renewable Energy
On 06 December 2024, Mapúa University convened 71 community representatives, including barangay chairpersons and council members, during its 17th Community Conference.
During the conference, SDG 7: Affordable and Clean Energy was identified as a priority area for future community initiatives. Participants engaged in discussions on sustainable development and participated in a Pledge of Commitment supporting renewable energy and sustainability initiatives within their respective communities.
The conference concluded with the ceremonial lighting of solar-powered streetlights in Pandacan, Manila, visibly promoting renewable energy adoption beyond the University.
Energy Education and Industry Engagement
Skills and Strategies for Success: Preparing Tomorrow’s Workforce for Northern Luzon Offshore Wind Power Projects
In November 2024, Mapúa University participated in an industry forum organized with PetroEnergy Resources Corporation and Copenhagen Energy focused on workforce development for the offshore wind energy sector.
The University presented how its outcomes-based education framework, renewable energy learning initiatives, and digital learning platforms can support workforce development for the clean energy industry. Discussions highlighted professional development opportunities, renewable energy education, and micro-credential programs that can prepare learners and professionals for careers in the renewable energy sector.
Energy Conservation and Efficiency Program
Mapúa University implements a comprehensive Energy Conservation and Efficiency Program aimed at reducing overall energy consumption and improving operational efficiency across campus facilities.
The program includes:
- Campus-wide energy-saving campaigns
- Maintaining air-conditioning temperatures above 20°C
- Switching off unused equipment and lights
- Installation of LED lighting systems
- Adoption of energy-efficient technologies and appliances
- Monitoring of campus energy consumption
- Preventive maintenance of electrical and mechanical systems
These initiatives support reduced electricity consumption, improved energy performance, and lower greenhouse gas emissions across University operations.
Energy Management Policies and Institutional Framework
Energy Conservation Guidelines
Effectivity Date: 01 October 2022
Mapúa University institutionalizes energy conservation through its Energy Conservation Guidelines, which establish the University’s framework for reducing electricity consumption, improving operational efficiency, and minimizing greenhouse gas emissions.
The guidelines support:
- LED lighting systems
- Energy-efficient appliances and equipment
- Inverter-type air-conditioning systems
- Energy conservation awareness campaigns
- Energy consumption monitoring
- Telecommuting and teleconferencing
- Hybrid learning arrangements
- Reduced business air travel
- Campus greening initiatives
- Sustainable transportation practices
The guidelines further require the development of annual energy conservation plans and promote continuous improvement in institutional energy performance.
Energy Efficient Building Renovation and Construction Guidelines
Effectivity Date: 01 July 2022
Mapúa University integrates energy efficiency into campus development through its Energy Efficient Building Renovation and Construction Guidelines.
The guidelines require the incorporation of:
- Energy-efficient building systems
- Sustainable building design principles
- Improved insulation and ventilation
- Efficient cooling systems
- Energy-saving technologies and appliances
- Building energy performance improvements
These requirements guide renovation and construction projects across University facilities and support the long-term reduction of campus energy consumption.
The implementation of projects such as the Conversion of Non-Inverter ACU into Inverter Units demonstrates the University’s commitment to upgrading existing buildings to achieve higher energy efficiency.
PCM-AI-03-00 Service Vehicles
Effectivity Date: 15 July 2024
The Service Vehicles Policy (PCM-AI-03-00) establishes procedures for the responsible operation, monitoring, maintenance, and management of University-owned vehicles used for official business.
The policy requires:
- Completion of Trip Ticket Forms
- Monitoring of official trips
- Vehicle maintenance and inspection
- Fuel use monitoring
- Compliance with safety requirements and operational controls
The policy supports efforts to improve transportation efficiency while reducing unnecessary vehicle use and fuel consumption.
PCM-AI-04-00 Use of Company-Issued Vehicles and Personal Vehicles Including Taxi Fare
Effectivity Date: 15 July 2024
The Use of Company-Issued Vehicles and Personal Vehicles Including Taxi Fare Policy (PCM-AI-04-00) governs the use of company-issued and personal vehicles for official University activities.
The policy establishes approval procedures, accountability measures, and monitoring requirements for travel-related activities. Through centralized oversight and documentation requirements, the policy promotes responsible transportation practices and supports institutional efforts to reduce transportation-related energy consumption and emissions.
These transportation policies complement the University’s broader energy conservation, greenhouse gas reduction, and sustainability initiatives while promoting efficient and responsible mobility practices across both campuses.