This project was custom-developed to meet the power supply requirements of outdoor off-grid applications, temporary construction sites, and remote locations in the United States.
I. Project Overview
The solution is specifically designed for international transportation, rapid on-site deployment, and long-term outdoor operation. It provides an efficient, reliable, and cost-effective clean energy solution for small and medium-sized power applications overseas. The system has now been successfully delivered, installed, and commissioned.
II. Core System Configuration and Design Advantages
1. Standardized Container Design for International Transportation
The system is housed in an internationally standardized 20-foot shipping container with a regular structure and compliant dimensions.
The complete system can be shipped directly as a single container without equipment disassembly or complicated packaging. This significantly simplifies international logistics, reduces transportation costs and the risk of equipment damage, and ensures compatibility with shipping requirements between China and the United States.
2. Powerful 91kW Solar Power System
The complete solar power station is equipped with high-efficiency photovoltaic modules and provides a rated output of 91kW.
With a properly optimized system configuration, it can deliver stable clean electricity for daily power consumption, construction equipment, and emergency backup applications in small and medium-sized outdoor environments.
Compared with conventional small-scale solar equipment, the system offers significantly greater power capacity, operating stability, and application flexibility.
3. Integrated Foldable Structure for Rapid Deployment
Unlike conventional solar power stations that require separate components and extensive on-site installation, this system adopts an innovative foldable photovoltaic support structure.
The solar modules, electrical control system, and supporting cables are integrated into the container. After arriving at the project site, the system can be put into operation by unfolding the solar structure, securing the equipment, and completing basic electrical connections.
No professional installation team is required to build a separate photovoltaic array. This greatly shortens the construction period, reduces labor requirements, and lowers on-site installation costs, enabling fast and convenient deployment.
4. Heavy-Duty Weather-Resistant Design for Complex U.S. Conditions
The container is designed for different outdoor environments and climatic conditions across the United States.
It incorporates corrosion-resistant, waterproof, dustproof, and anti-aging protection. The system can withstand extreme temperatures, rain, wind, prolonged sunlight exposure, and other demanding outdoor conditions.
Its reliable structure and strong environmental adaptability support year-round outdoor operation, reduce equipment failure rates and maintenance costs, and make the system suitable for remote and unattended applications.
III. Application Scenarios and Project Value
The 91kW foldable solar container deployed in the United States is designed to address common power supply challenges, including:
- Lack of access to the public power grid
- Unstable grid electricity
- High diesel generator operating costs
- Difficulties in supplying temporary construction sites
- Limited power availability in remote locations
The system can be easily relocated and reused across multiple project sites. It is suitable for a wide range of applications, including overseas construction projects, remote mining areas, outdoor commercial sites, emergency backup power, off-grid agriculture, and livestock farming.
In actual operation, the mobile solar power station replaces part or all of the electricity traditionally supplied by diesel generators. This helps reduce fuel consumption, operating expenses, and carbon emissions.
The system provides stable power with convenient maintenance and does not depend on the local utility grid. It supports local clean energy requirements while helping customers reduce energy costs and upgrade to a more sustainable power supply solution.
IV. Project Summary
The successful delivery of this 91kW 20-foot foldable solar container project in the United States demonstrates the system’s core advantages in international transportation, environmental adaptability, power supply reliability, and rapid deployment.
With its standardized, integrated, and modular design, the solution can be quickly adapted to outdoor power applications in different countries and regions. System power, capacity, and equipment configurations can also be customized according to specific project requirements.
HighJoule will continue to provide one-stop mobile solar and energy storage solutions, delivering efficient, reliable equipment and technical support for renewable energy projects worldwide.
Project Advantages
1. Standardized International Transportation
The 20-foot standard container design supports direct overseas shipment without equipment disassembly or complicated packaging, reducing logistics costs and transportation risks.
2. Reliable 91kW Power Supply
The high-capacity photovoltaic system provides stable electricity for temporary construction sites, remote facilities, agricultural operations, and emergency backup applications.
3. Rapid Deployment and Flexible Relocation
The foldable photovoltaic structure and integrated electrical system allow the equipment to be quickly deployed after arrival and easily relocated for repeated use.
4. Reliable Outdoor Operation and Lower Energy Costs
The weather-resistant design supports long-term outdoor operation, while solar power reduces diesel consumption, carbon emissions, maintenance requirements, and overall operating costs.
Project Video
