Hybrid Energy Container

SRC’s Hybrid Energy Container is a decentralized energy solution, consisting of a diesel generator, energy storage and renewable sources, such as solar and/or wind power. The system is a proven and reliable containerized energy system for industrial sites, off-grid communities and disaster-affected areas.

Employing a customizable combination of conventional and renewable energy sources with energy storage, this system is more efficient, cost-effective and environmentally friendly than traditional diesel generators and is capable of achieving up to 70 per cent fuel savings.

Need an off-grid power system with renewable energy integration? Contact us for pricing information. 

The Hybrid Energy Container is designed to meet specific client needs and is built to:

  • Provide diesel fuel savings
  • Reduce generator runtime and associated maintenance
  • Provide voltage stability, energy and fuel metering and automated controls
  • Bring environmentally-friendly power to areas that normally rely on diesel generators 

Systems can be customized to meet specific site requirements. SRC can support clients who want to develop custom-built units based on actual site operational data.

purchasing options

The system can be purchased from SRC in one of the following ways:

  1. As a complete unit, either assembled by qualified SRC engineers on the site of your choosing, or assembled and tested in SRC laboratories and delivered to your site for plug-and-play installation and operation.

    OR

  2. As a complete package of documentation with detailed instructions, drawings and troubleshooting tips to provide guidance for:

    a.    Purchase of required components
    b.    Self-assembly

    This option allows the purchaser to build multiple units as required.

benefits

  • Readily deployable using conventional transportation infrastructure
  • Reliably operates in extreme climates
  • Stable power supply

features

  • System capacities range from 50 kW – 1 MW
  • 20-foot modular container, climate controlled, remotely operated
  • Easily integrated into existing infrastructure
  • Insulated with its own heating, ventilation and air-conditioning system
  • Online monitoring
  • Input for auxiliary energy sources (e.g., solar, wind, grid)
  • Integrated solar for battery maintenance

Download the specification sheet for more details.