Hybrid Power Systems:
Energy-Efficient Solutions for Construction Sites

Transform your construction sites with energy-efficient solutions that reduce costs and carbon footprints

High energy consumption

Traditional diesel generators come with high fuel consumption and expensive operating costs

Unstable construction power supply

High loads or extreme weather can easily lead to power outages and disrupt the construction schedule

Serious environmental pollution

Diesel generators emit large amounts of greenhouse gases and harmful pollutants (e.g., PM2.5 and CO2) and damage the environment

Temporary Power
for Construction Site

A hybrid power system is a smart power solution that combines renewable energy sources with traditional power generation methods. By optimizing energy use, it provides a stable construction power supply, reduces fuel consumption, and lowers operating costs. Meanwhile, it meets the demand for efficient, environmentally friendly power in construction projects.

How Construction Power Supply Supports Every Corner of Your Site

Heavy Machinery and Equipment

Power excavators, bulldozers, and other heavy machinery for seamless construction operations

Tower Crane

Support overhead lifting operations, ensuring construction safety and efficiency

Lighting and Power Systems

Enable night-time construction and tool charging to enhance flexibility

Temporary Offices and Workstation

Support office equipment, communication facilities, and data center

Worker Amenities

Supply power for worker rest and living facilities

Water Management Systems

Operate water pumps and drainage systems efficiently

Benefits of Hybrid Power Systems for Construction

Eco-Friendly

Integrating renewable energy sources and energy storage systems like battery storage cabinets, the hybrid power system reduces carbon emissions by 20% – 40%, reducing environmental impact and improving air quality, aligning with green building standards.

Cost Savings

By optimizing energy distribution, the hybrid power system reduces diesel use, lowering fuel costs and reducing the need for equipment maintenance, contributing to overall operating cost savings of 30%-50%.

Reliability

In a hybrid power system, the battery storage cabinet acts as a backup power source and works in tandem with the diesel generator to ensure consistent construction power supply under peak power consumption or grid failure.

Scalability

The hybrid power system offers flexible scalability, adjusting energy supply to match different project sizes, from small-scale to large-scale construction, meeting diverse power demands.

Energy-Saving Advantages of Foxtheon Hybrid Power Systems

Direct cost savings
Direct cost savings
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On construction sites, where traditional diesel generators have high fuel consumption costs, hybrid power systems, such as the Foxtheon HybridPack, optimize energy distribution through intelligent management, lowering fuel costs by 30%-50% and reducing equipment wear and maintenance costs.
Environmental benefits
Environmental benefits
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Combining renewable energy sources and battery energy storage, a hybrid power system can reduce carbon emissions by 20-40%, creating a green construction environment and complying with regulatory requirements to avoid legal risks and financial penalties.
Enhanced resource utilization
Enhanced resource utilization
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The hybrid power system utilizes battery storage cabinets to store electricity during low loads and release it during high loads, avoiding inefficient diesel operation. Besides, it achieves peak shaving and load balancing, enhancing overall efficiency and reducing energy waste.
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Foxtheon Hybrid Power Systems for Construction Sites

HybridPack HP400

Foxtheon HybridPack HP400 is a versatile hybrid generator combining diesel, battery storage, and solar power with intelligent energy management, securing a reliable and efficient construction power supply.

400kVA Hybrid Generator

80% Reduced Fuel Consumption

50% Maintenance Reduction

24/7 FoxCloud intelligent management

HybridPack HP1000

HybridPack HP1000 is an intelligent hybrid power system integrating energy generation, storage, and energy management, designed to optimize fuel efficiency, reliability, and flexibility for construction projects.

800kVA/1000kVA

40% Emission Reduction

80% Failure Rate Decrease

40% Reduced Pollutant Discharge

Energypack P500

As a hybrid battery energy storage system, Energypack P500 ensures efficient load management and reduced fuel consumption on construction sites, providing a reliable and intelligent energy solution.

500kVA / 564 kWh

100ms Response Speed

24/7 Unmanned Operation

5,000 Tons Reduced CO2 Emissions

Real-Life Applications

Foxtheon Hybrid Power System for Foundation Piling

The HybridPack HP1000 has proven to be a highly efficient and sustainable power solution for off-grid construction projects. In a foundation piling project, it has delivered optimized fuel efficiency, reduced diesel dependency, and significant cost and carbon savings.

FAQ

What are hybrid power systems? How do they work?

A hybrid power system combines a diesel generator, a battery energy storage system, and renewable energy like solar power. Managed by an intelligent energy management system (EMS), it dynamically distributes energy based on load demands. This setup optimizes fuel efficiency, reduces generator runtime, and lowers emissions, delivering reliable and sustainable power for construction sites and other off-grid applications.

Yes, hybrid power systems are perfect for remote construction sites. Their battery energy storage systems and renewable energy components provide reliable power without grid connection and significantly reduce diesel dependency.

Additionally, the system can be flexibly scaled to meet the load requirements of different construction projects, providing a stable, low-cost construction power supply in remote areas.

The cost of temporary power for construction sites depends on system types, power requirements, and operation duration.

While traditional diesel construction site generators include high fuel costs and frequent maintenance, hybrid power systems, despite a higher initial investment, offer 30%-50% fuel savings and reduced maintenance expenses, lowering long-term operating costs.

For example, Foxtheon’s HybridPack can cut fuel costs by up to 30%-60% and maintenance costs by up to 50%.

When choosing a hybrid power system, consider the following factors:

  • Load Requirements: Assess the project’s daily power needs and peak load demands to select a system with the appropriate capacity.
  • Energy Sources: Analyze whether youcan utilize renewable energy sources like solar power on the construction site to optimize the system configuration.
  • Budget and ROI: Evaluate the initial investment, operating costs, and long-term savings to calculate the return on investment.
  • Environmental Requirements: If the construction is in a sensitive area, choose a low-emission system to comply with regulations.
  • Scalability: Ensure the system can adapt to future needs, such as higher loads or additional equipment.

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