SOLAR POWER SYSTEMS BATTERY STORAGE EXPORTContact Force Solar ↗
PHILIPPINES · COLD STORAGE

300kW Solar System for Cold Storage in Isabela, Philippines

A 300kW solar system for a cold storage facility in Isabela — designed around compressor starting current and the cost of losing the cold chain.

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Aerial view of the cold storage facility with rooftop solar in Isabela
Capacity300 kW PV
ArchitectureOn-grid, storage-ready
ApplicationCold storage
MarketPhilippines

Project Background

Cold storage is an unforgiving load: compressors run day and night, start with a heavy surge, and the product in the rooms carries real value. This facility in Isabela province needed lower electricity cost without adding risk to the cold chain.

The site offered ample roof and adjacent land, with a grid connection that is present but not always reliable.

The challenge

Round-the-clock refrigeration load, compressor starting surges, and zero tolerance for extended outages.

The Solution

The PV array was sized to cover the heavy daytime refrigeration load, with inverter capacity checked against simultaneous compressor starts. The electrical design keeps the system storage-ready so a battery can carry outage cover in a second phase.

Cable routes and inverter placement were planned for a humid, high-uptime environment, with monitoring configured for generation and alarm tracking.

SYSTEM CONFIGURATION

What was supplied.

The configuration below is the reference for this project; every new system is sized against its own load data.

ComponentConfiguration
Solar panels≈ 550 × 550W N-type TOPCon modules
Inverters3 × 100kW, 3-phase
MountingRoof and ground sections by site layout
MonitoringRemote generation and alarm monitoring

Results & ROI

  • Daytime solar generation covers the bulk of the refrigeration load — the period when compressors work hardest against ambient heat.
  • Backup-hour targets and battery sizing were defined in the engineering phase; storage can be retrofitted without replacing the inverter platform.

Performance figures are engineering estimates from the project configuration unless stated otherwise.

IMPLEMENTATION TIMELINE

From survey to commissioning.

Typical export project sequence — actual dates depend on destination and site.

Week 1–2

Load measurement and compressor audit

Week 3–4

Engineering and BOM

Week 5–8

Shipment and delivery

Week 9–12

Installation and commissioning

PROJECT GALLERY

Installation records.

START A PROJECT

Get the same results

Send your load profile, grid conditions and destination — we will prepare a sized configuration for your site.

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