Solar energy storage on the roof of the shelter

"photovoltaic storage mobile fortress"

The Shelter Rooftop Photovoltaic Energy Storage System is an innovative new energy building product that integrates photovoltaic power generation, intelligent energy storage, and a modular, foldable structure. It transcends the boundaries between traditional architecture and energy systems. Its lightweight, portable, and zero-carbon design redefines the relationship between "living space" and "energy production." The system can be quickly deployed and folded for storage, making it suitable for a variety of scenarios, including outdoor adventures, emergency rescue, temporary offices, and ecotourism, truly realizing the concept of "living with light and traveling with energy."

PV Energy Storage at Communication Sites

Our goal through this transformation is to reduce operating costs, enhance energy security, improve system stability, and contribute to environmental protection.

This project retrofitted a communication base station with on-site photovoltaic energy storage, transforming it into a smart base station powered by renewable energy. Our goal through this transformation is to reduce operating costs, enhance energy security, improve system stability, and contribute to environmental protection.

New Zealand

Energy Storage Container

50KW-300KWh

50KW-600KWh

50KW-700KWh 

This project is located in New Zealand, providing local clients with integrated energy storage power solutions. The system comprises 10ft 50KW-300KWh containerised energy storage units, 20ft 50KW-600KWh containerised energy storage units, and 20ft 50KW-700KWh containerised energy storage units. It supports integration with clients’ existing EMS (Energy Management System) platforms to enable unified energy dispatch and operational management.

Eritrea

2MWh Microgrid Project

Located in the coastal sunshine-rich region of Eritrea, this project solves the problem of off-grid power supply for a local factory.

As there is no utility power supply at the project location, the project provides stable, green and efficient power supply to the factory by configuring a 250kW/2MWh photovoltaic storage hybrid system.

Combining the advantages of photovoltaic, energy storage and diesel generator, the project was delivered and put into operation within 65 days, providing continuous energy security for the production of the local factory.

Jiangxi Ganzhou Distributed Photovoltaic + Energy Storage Project

This project is located in Ganzhou City, Jiangxi Province, and utilises idle rooftop and ground space within the industrial park to construct a distributed photovoltaic power generation system, complemented by an energy storage system. The project helps the industrial park improve energy efficiency, reduce electricity costs, and achieve efficient utilisation of green, clean energy.

Nigeria 1.72MWh (8×215KWh)

Industrial & Commercial Energy Storage Cabinet

This project is located in the sunny region of Nigeria, and the energy storage system is expanded on the premise of supporting its original solar power plant. The project combines on-grid and off-grid switching systems and energy management systems to help the client maximize the use of solar power.

Baltic Coast 2.5MW/4MWh

Energy Storage Container

This project is located on the Baltic coast of Europe for the Eastern European market and addresses the issue of fluctuating electricity supply through an efficient energy storage system. By introducing a 2.5MW/4MWh energy storage system, it provides a flexible power storage and release solution for the grid in an environment of 15-minute electricity price fluctuations. The project is designed for a small-scale pilot in the early stage, which will provide strong support for the stable operation of the local power system and renewable energy access.

Shanghai 302.5 kWp Photovoltaic Roof Project

With an installed capacity of 302.5 kWp, the company has seen a reduction in electricity costs since the photovoltaic system began operation. Additionally, excess electricity can be sold back to the grid, achieving a win-win outcome in terms of both economic and environmental benefits.