Project Overview
Located on Cagbalete Island in Quezon Province, Philippines, this microgrid project deploys a Megarevo MPS100 100 kW hybrid inverter integrated with a 200 kWh lithium iron phosphate battery energy storage system. Commissioned in mid-2022, the installation supports continuous power for local households, small businesses, and community facilities, combining solar PV input to deliver stable 24/7 electricity and cut diesel generator usage by more than 65%.
The system provides peak shaving, seamless backup during grid outages, and high self-consumption of renewable energy, achieving over 92% round-trip efficiency. With modular design for easy expansion, the project enhances energy resilience, lowers operating costs, and advances the Philippines’ rural electrification and clean energy targets.
Challenge & Solution
Challenges
- Unreliable power supply across remote island communities and facilities
- Heavy diesel dependence increases fuel consumption and operating costs
- Grid outages require reliable backup power for critical loads
- Variable solar generation requires efficient energy storage and management
SUNPAL ESS Solutions
- 100 kW MPS100 hybrid inverter coordinates multiple power sources
- 200 kWh LiFePO₄ battery enables reliable renewable energy storage
- Intelligent EMS supports peak shaving, backup, and self-consumption
- 92%+ efficiency and modular design enable flexible system expansion
Key Technical Specifications
| Parameter | Specification |
| Hybrid Inverter | Megarevo MPS100 |
| Inverter Rated Power | 100 kW |
| Battery Energy Storage Capacity | 200 kWh |
| Battery Chemistry | LiFePO₄ |
| Round-Trip Efficiency | ≥92% |
| Operating Mode | Hybrid Solar / Battery / Grid / Backup |
| Diesel Generator Reduction | ≥65% |
| System Application | Island Microgrid / Rural Electrification |
Project Timeline
Feb 2022 | System Delivery
The MPS100 hybrid inverter, 200 kWh battery storage system, and supporting equipment were delivered to Cagbalete Island for project deployment.
Apr 2022 | System Installation
The engineering team completed battery, inverter, solar input, and power distribution installation for the island microgrid application.
May 2022 | System Integration
The hybrid inverter, battery storage, solar PV input, and backup power sources were integrated for coordinated energy management.
May 2022 | Testing & Commissioning
Engineers completed system testing, operational verification, backup switching checks, and energy management configuration before final handover.
JUN 2022 | Commissioned
The 100 kW hybrid solar + 200 kWh energy storage microgrid entered operation, providing stable 24/7 electricity for the local community.
