Schools, hospitals, and churches keep communities running. Each relies on dependable electricity to serve its community. Power lights classrooms, supports worship services, and keeps life-saving equipment running. In 2026, EvoEnergi signed retail electricity supply partnerships with academic, medical, and religious institutions representing 13.08 megawatts (MW) of contracted demand.
Powering essential services
Although their missions differ, these institutions share a practical need: dependable electricity to serve the people who rely on them. Through Retail Competition and Open Access (RCOA), eligible consumers can choose their retail electricity supplier. Meanwhile, the Retail Aggregation Program (RAP) lets eligible consumers combine their electricity demand. This allows smaller consumers to participate collectively, subject to Energy Regulatory Commission (ERC) requirements.
Through Retail Competition and Open Access (RCOA), eligible consumers can choose their retail electricity supplier. Meanwhile, the Retail Aggregation Program (RAP) allows eligible consumers combine their demand and participate collectively, subject to Energy Regulatory Commission (ERC) requirements.
Schools depend on electricity to power classrooms, laboratories, digital learning tools, and campus facilities. Meanwhile, hospitals need reliable power for medical equipment, diagnostic systems, and essential services. Churches also rely on electricity to support worship services, community gatherings, and outreach programs.
By managing electricity costs and choosing suitable supply arrangements, these institutions can make more resources available for their core missions. Actual savings, however, depend on consumption, contract terms, and the chosen supply arrangement.
“Every amount saved allows us to redirect precious resources to the things that matter most: our students, our teachers, and the mission of our school,” said Pbr. Lily Ferriol, Directress of Maranatha Christian Academy.
Expanding Access to Retail Electricity Choice
Effective June 26, 2026, the ERC lowered the eligibility threshold for RCOA and RAP from 500 kW to 100 kW of average monthly peak demand. This regulatory change opens retail electricity choice to more establishments, while aggregation provides smaller eligible consumers an opportunity to participate collectively.
A growing record in retail aggregation
Based on ERC reports covering the past 13 months, EvoEnergi ranks as the country’s No. 1 Retail Aggregator by number of aggregated groups.
During the same period, EvoEnergi signed partnerships with more than 25 academic, medical, and religious institutions, including Maranatha Christian Academy, Don Bosco Technical College, University of Perpetual Help System, St. Dominic College of Asia, City of Imus Doctors Hospital, and the Pentecostal Missionary Church of Christ.
Since commencing operations in 2025, EvoEnergi has established retail electricity supply partnerships with more than 1100 customers across various industries and residential communities, representing over 257 MW of contracted demand.
Its growing portfolio reflects the expanding role of retail electricity choice in helping businesses and institutions assess their energy requirements, explore suitable supply arrangements, and manage their electricity costs.
For EvoEnergi, powering essential services goes beyond supplying electricity. It means helping institutions direct more attention and resources toward the people and communities they serve.
About Julian Lao
Julian Lao is President of EvoEnergi, an affiliate of listed D&L Industries Inc., and a Director in the Industrial Division of LBL Prime Properties. He brings experience in business development, industrial real estate, energy procurement, and engineering. He began his career as a mechanical engineer in Australia, working on infrastructure projects involving offshore pipeline systems and subsea engineering, before taking leadership roles in business development, leasing, industrial project delivery, and power and energy procurement. He holds a bachelor’s degree in mechanical engineering from the University of Western Australia.
