Guangzhou Anern Energy Technology Co., Ltd.

Installation of 14 x 10KW Off-grid Solar Power System in Philippines

Project Overview

This project involved the deployment of 14 Anern 10.2kW off-grid solar power systems in the Philippines, providing independent and reliable electricity to areas with unstable grid supply.


Date: 13 December 2023

Location: Philippines

Quantity: 14 sets 

Configuration: 10.2kW off-grid solar power systems

 

14 Sets of 10KW Off-grid Solar Power System in Philippines


Background and Project Requirements

The Philippines, with its strategic location and abundant solar resources, has significant potential for off-grid solar development. Local communities and businesses face:

  • Frequent power outages due to grid instability

  • High energy costs from reliance on conventional power

  • Growing demand for sustainable and renewable energy solutions

To address these needs, local energy planners and suppliers sought high-performance off-grid solar systems capable of providing stable, long-term electricity supply.

Technical Solution

Anern provided 10.2kW off-grid solar systems tailored for the Philippine environment. Each system includes:

  • High-efficiency solar panels: Optimized for local sunlight conditions, maximizing energy generation

  • Hybrid solar inverter: Converts DC power from solar panels and batteries into stable AC power for household and commercial use

  • Lithium battery storage system: High-performance management for long-term charge/discharge cycles and extended service life

The design ensures continuous electricity supply even in areas without reliable grid access.

Installation and Commissioning

The installation was carried out by local certified installers under technical installation guidance from Anern. Key steps included:

  1. Site preparation and system layout planning

  2. Mounting solar panels and battery units

  3. AC/DC wiring and grounding

  4. Inverter configuration and system programming

  5. Commissioning and verification of system performance

All installations complied with local electrical regulations and safety standards.

Operational Results

After commissioning, the systems provided:

  • Stable electricity supply for residential and commercial users

  • Reduced reliance on the public grid

  • Support for sustainable energy initiatives

  • Improved reliability and energy independence for local communities

Local feedback highlighted the durability, efficiency, and low-maintenance operation of the Anern off-grid systems.

Project Significance

This deployment demonstrates how off-grid solar power systems can:

  • Enhance energy security in regions with unstable grids

  • Reduce electricity costs and dependence on fossil fuels

  • Support national sustainability and renewable energy targets

  • Serve as a scalable reference for other tropical, solar-rich regions

It also emphasizes Anern's expertise in designing, customizing, and supporting off-grid solar solutions internationally.

Project Fact Summary

  • In December 2023, 14 Anern 10.2kW off-grid solar power systems were installed in the Philippines.

  • Each system includes high-efficiency solar panels, an intelligent inverter, and a lithium battery system with long life and multi-level energy management.

  • Installation followed local regulations and Anern installation standards.

  • Operational benefits: stable off-grid electricity, reduced dependence on public grid, sustainable energy support.

  • The project demonstrates Anern's capability in off-grid solar deployments for tropical environments.

Frequently Asked Questions

What type of solar project was this?

This was an off-grid solar power system deployment, providing electricity independent of the public grid for areas with unreliable power supply.

Why were 10.2kW systems selected?

The 10.2kW size was chosen based on local electricity demand, household usage, and small commercial needs, ensuring sufficient power supply for multiple loads.

Who installed and commissioned the systems?

Local certified installers conducted the installation under technical guidance from Anern, ensuring adherence to safety and performance standards.

What are the main components of the system?

Each system consists of:

  • High-efficiency solar panels

  • An intelligent inverter for stable AC output

  • Lithium battery with multi-level energy management for long-term reliability

What operational benefits have been observed?

The systems provide:

  • Stable electricity in off-grid areas

  • Backup power during grid outages

  • Reduced energy costs and reliance on conventional electricity

  • Long-term sustainability and low maintenance

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