Customized Solar-Storage Integrated Solution for the Philippines

Philippines 35kW 4.3MWh large capacity commercial industrial energy storage system project

Tailored to the Philippines’ needs—extensive land, large-scale PV installation demands, and power sales as the core goal—this project combines a 4.3MWh energy storage battery system with 35kVA grid-tied PCS to enable efficient power generation, stable grid connection, and maximum revenue.

35kW PCS 4.3MWh LiFePO4 battery energy storage system installed in Philippine industrial park
Philippine C&I solar storage project 35kW power 4.3MWh battery backup power solution
Large scale 4.3MWh energy storage system deployment for Philippines factory power optimization

1. Core Equipment Highlights

1.1 4.3MWh Energy Storage Battery System

  • Capacity Adaptation: Matches daytime PV power generation; stores surplus electricity for grid feed-in during evening peak hours.
  • Performance: ≥85% round-trip efficiency, operates in -20°C~60°C tropical climate (typhoon & high humidity resistant), compliant with local technical standards.
  • Safety & Durability: LFP battery cells with multiple protections (overcharge/overdischarge, thermal runaway early warning); service life over 10 years.
On-site installation of 4.3MWh lithium battery storage system Philippines industrial energy solution
35kW hybrid inverter and 4.3MWh battery cabinet system for Philippine factory peak shaving
Finished 4.3MWh large capacity energy storage project in Philippines commercial facility

1.2 35kVA Grid-Tied PCS

  • Compact Design: 3U rack-mounted, supports 3-phase/split-phase grid connection & 400-800VDC wide voltage range; directly connectable to lithium battery cabinets for easy installation.
  • Grid Compliance: Adjustable power factor (-1 to +1), current harmonics <3% (meets IEEE 1547 & Philippine grid standards); seamless grid-tied/off-grid switching.
  • Scalability: Parallel operation of multiple units; adaptable to commercial/industrial use and large-scale ground-mounted power plants.
Renewable energy storage system 35kW 4.3MWh for Philippine industrial power stability
Philippine off-grid and grid backup 4.3MWh LiFePO4 battery energy storage station
Complete 35kW 4.3MWh grid-tied BESS project for Philippine commercial energy saving

2. System Synergy Value

PV systems leverage abundant sunlight for power generation (prioritizing self-consumption, storing surplus). During peak electricity prices or grid fluctuations, the storage system discharges stably to the grid via PCS—earning profits from peak-valley price differences and grid auxiliary services.

3. Full-Lifecycle Services

  • Customized Design: Optimizes parameters based on local solar irradiation, grid conditions, and PV scale.
  • On-Site Support: Senior engineers provide on-site installation guidance to address local challenges (terrain, climate).
  • Grid Connection Assistance: Coordinates with the Philippine DOE and grid companies to complete registration, bidding, and acceptance.
  • Remote O&M: Power Studio monitoring platform enables real-time data tracking, remote fault diagnosis, and cost reduction.
Mass capacity 4.3MWh BESS unit commissioning scene for Philippine enterprise power supply