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PHILIPPINES · FACTORY

400kW Rooftop Solar System for a Factory in Butuan City, Philippines

A 400kW on-grid rooftop system for a three-shift factory — sized so daytime solar generation carries the production load against a high grid tariff.

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Installers mounting solar panels on the factory roof in Butuan City
Capacity400 kW PV
ArchitectureOn-grid
ApplicationManufacturing
MarketPhilippines

Project Background

The customer operates a manufacturing facility in Butuan City running three shifts, with the heaviest consumption during daylight hours. Grid electricity in the region carries a tariff that made self-generation the obvious first lever.

The metal factory roof offered a large, unshaded area — but only part of it was safely walkable, and the structure had to be verified before any array layout was committed.

The challenge

High daytime tariff, a large but ageing metal roof, and a production schedule that allowed no installation downtime.

The Solution

An on-grid architecture was selected: PV feeds the factory load directly, the grid remains the balancing source, and no battery cost was added to the first phase. The inverter specification stays hybrid-ready so storage can be added later.

The mounting design used rails matched to the roof sheet profile with dedicated maintenance walkways — the array stays cleanable and inspectable without stepping on the sheets.

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≈ 730 × 550W N-type TOPCon modules
Inverters4 × 100kW grid-tied, 3-phase
MountingMetal-roof rail system with maintenance walkways
ProtectionDC/AC SPD, breakers and string monitoring

Results & ROI

  • At roughly 4 peak-sun-hours, the 400kW array generates in the region of 1,600 kWh per day — directly offsetting the factory’s most expensive daytime consumption.
  • Figures shown are engineering estimates from the project configuration; verified metered results are published when confirmed.

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

Site survey, roof check and load review

Week 3–4

Engineering, BOM and export packing

Week 5–8

Shipment and delivery to site

Week 9–12

Installation and commissioning

PROJECT GALLERY

Installation records.

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

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