HJ Solar Container

HJ Solar Container is an all-in-one containerised PV energy solution with zero on-site integration, ISO/CSC certification and IP55 protection. Equipped with N-Type TOPCon PV arrays and high-efficiency PCS, it supports multi-green energy integration and optional energy storage/intelligent management, featuring durable, easy-transport design for outdoor large-scale base station sites.

Certifications & Standards

UN38.3
ISO 9001
RoHS
CCC
CE
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All-in-One Solar Container Engineering

Transform complex engineering into standardized solar container delivery. Zero on-site integration required. Pre-engineered solar container components engineered for reliability, efficiency, and seamless operation

ISO Standard Container

ISO Standard Container

20ft/40ft standard ISO container with CSC certification. IP55 protected, weather-resistant steel body for reliable outdoor use.

Power Conversion System (PCS)

Power Conversion System (PCS)

High-efficiency power conversion with 98.5% efficiency. Stable, maintenance-friendly performance for continuous power supply.

Lithium-Ion Battery Racks (optional)

Lithium-Ion Battery Racks (optional)

314Ah-350Ah cell technology with liquid cooling system. Modular rack design enables 3.7MWh - 5.0+ MWh capacity in 20ft container.

N-Type TOPCon PV Array

N-Type TOPCon PV Array

22.5%+ high-efficiency fixed PV modules. Stable and durable structure for long-term base station and continuous load scenarios.

Intelligent Energy Management System (optional)

Intelligent Energy Management System (optional)

Basic intelligent management for real-time monitoring, fault alarm, and stable operation.

Supporting Systems

Supporting Systems

Essential ventilation, cooling, and protection systems for simple, stable, and low-maintenance operation.

DC-Coupled Energy Flow Architecture

Advanced DC coupling topology eliminates intermediate AC-DC-AC conversion losses, achieving 1-2% higher system efficiency compared to traditional AC-coupled systems.

  • Single-stage conversion: PV → Battery → Load
  • Reduced conversion losses: 88-95% RTE (Round-Trip Efficiency)
  • Lower component count: Reduced failure points
DC-Coupled Energy Flow Architecture

Product Features

Engineered for performance, reliability, and operational excellence. Discover what makes our mobile solar container the optimal energy solution

Multi-Green Energy Integration

Supports solar, wind power, diesel generators and energy storage system integration, with a maximum load capacity of 50kWh, realizing energy-saving and stable power supply for outdoor base station scenarios.

Lightweight & Easy Transportation

Adopts lightweight aluminum alloy cabinet design, enabling manual transportation; factory prefabricated integral structure supports one-time hoisting and installation, fitting remote base station deployment needs.

Corrosion-Resistant & Harsh Environment Adaptation

The cabinet outer layer is made of corrosion-resistant FRP material, matched with IP55 weather-resistant steel structure, suitable for coastal, dusty and other harsh outdoor working environments.

All-in-One Power-Storage-Communication System

Integrates photovoltaic power generation, energy storage and communication infrastructure into a single system, realizing highly integrated deployment and efficient operation for communication base stations.

Flexible Optional Configurations

Equipped with optional lithium-ion battery racks (3.7MWh-5.0+MWh capacity) and intelligent energy management system, with 10ft/20ft modular specifications to match diverse base station power demands.

Zero On-Site Integration & Rapid Deployment

Standardized container delivery with pre-engineered core components, realizing zero on-site integration; the whole unit can be put into use quickly after hoisting, shortening base station construction cycle.

Do you want to know about solar containers

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Solar Container Technical Specifications

Comprehensive mobile solar container parameter matrix for engineering and financial evaluation

 

Model HJ-SG-10 HJ-SG-20
Photovoltaic Capacity 3.6KW 7.2KW
Energy Storage Capacity 30KWh 50KWh
Module Specification 610W 610W
Scenario Photovoltaic/energy storage/diesel power generation Photovoltaic/energy storage/diesel power generation
Specification Size Site Energy 10ft container Site Energy 20ft container
Remarks DC power max. 24KW DC power max. 36KW

Note: The above content is for reference only. Customized solutions are available. Feel free to contact us for details.

Ready to Transform Your Energy Operations?

Schedule a technical consultation with our energy solutions specialists and get a customized ROI analysis for your specific application. If you have any questions or need more information, please click the "Back to Products" button below to explore our complete product range.

Success Stories

Real-world deployments delivering reliable power solutions across industries

Tibetan Plateau 4500m PV Container Microgrid Project

HighJoule secured a microgrid equipment procurement contract for a top engineering group. This 4500m Tibetan plateau project adopts foldable PV container + wide-temperature LFP energy storage, featuring 4-hour fast deployment, low pressure & -30°C extreme environment adaption for remote plateau power supply.

Near Tibetan Plateau, China
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USA 8kW/20kWh Solar Container

USA 8kW/20kWh modular pod roof-mounted PV energy storage for remote command centres, disaster hospitals, and eco-lodgings. Deployed as a solar container kit with 9 kWp PV and 20 kWh storage; 8 kW system power, IP54/IP66, 23.2% module efficiency.

Romania Solar Container Kit — 4×46kW 1.075MWh

Romania integrated PV-storage project: four 10 ft folding containers (4×46kW) plus five 100kW/215kWh grid-connected ESS cabinets. Solar container kit for emergency, events, mining, mobile leasing. EMS integration, IP65, ~40 days delivery.

Romania
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Xinjiang Solar Container — 54kWp + 36kWp / 241kWh

Xinjiang mobile PV-storage emergency power project: two 10ft folding containers, 54kWp + 36kWp bifacial PV and 241kWh LiFePO4 storage. Solar container kit for emergency response, events, and mining. 30 min deployment, IP65, −30°C to 50°C.

Xinjiang, China
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Frequently Asked Questions

Common questions about mobile solar containers and energy storage systems

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