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THE OPTIMISED ENERGY SOLUTION
EHR BESS
Our EHR battery energy storage system can operate independently with zero noise and zero emissions, ensuring higher energy efficiency. This innovative energy storage system can be integrated with power generation systems using diesel or gas generators and connected to the grid or solar panel modules.
EHR Battery Energy System Zero Emissions and Zero Noise
The EHR battery energy system can function as the main power source, eliminating emissions and noise, or be combined with a diesel or gas generator set for intelligent load management. This combined operation drastically reduces fuel consumption and CO2 emissions.
Benefits of hybridisation: Battery Energy Storage + Generator:
3x Longer Genset Lifetime
Increase genset lifetime by three times through optimized load management and reduced wear.
50% Less Maintenance
Reduce maintenance checks by up to 50%, cutting costs and minimizing downtime.
40% Fuel Reduction
Decrease fuel consumption by up to 40%, significantly reducing operating costs and emissions.
Improved Load Profile
Optimize genset load profile for better efficiency and performance across all operating conditions.
No Genset Oversizing
Avoid oversizing the genset to start electrical motors, reducing initial capital investment.
EHR Range
The EHR is an advanced Battery Energy Storage System (BESS) that captures and stores energy from solar panels, wind turbines, the grid, or power generators.
EHR 45/60
45 kVA
EHR ensures efficient, silent, emission-free energy storage, distribution, and integration with power systems.
View DetailsEHR 45/90
45 kVA
EHR ensures efficient, silent, emission-free energy storage, distribution, and integration with power systems.
View DetailsEHR 90/130
90 kVA
EHR ensures efficient, silent, emission-free energy storage, distribution, and integration with power systems.
View DetailsSave Costs with a Battery Energy Storage System
Adding the EHR Battery Energy Storage System to your fleet can greatly cut down your operating costs (OPEX) by using less fuel, needing less maintenance, and reducing downtime.
Additionally, this integration can positively impact your Total Cost of Ownership (TCO) by making your equipment last longer and improve operational efficiency, providing a cost-effective and sustainable energy solution for your business.
An Easy-to-use Energy Solution
HIMOINSA has designed a user-friendly smart monitoring and management system for battery energy storage. Our energy storage system is designed to be simple with 2 main focuses:
Seamless User Experience
Easy system configuration and handling, with smart guidance throughout the start-up process.
Always Connected
Access performance info through C4CLOUD, pre-installed on the unit. Monitor, read, and analyse performance and load profile information locally or remotely (4G) to optimise your on-site power solution.
Stage V + EHR system Maximise Generator Performance
Combining a diesel Stage V engine generator with an EHR system can improve and optimise its performance. When these systems work together, it eliminates the challenges associated with having to resize generators and addresses issues related to low-load profiles effectively.
Frequently Ask Questions?
Everything you need to know about our Battery Energy Storage Systems.
A Battery Energy Storage System (BESS) is a technology that stores electrical energy in batteries for later use. It allows for the storage of energy generated from various sources, such as renewable energy systems or traditional generators, which can be discharged when needed to supplement power supply or manage energy demand.
The EHR Battery Energy Storage System operates by storing electrical energy in batteries. It integrates seamlessly with power generation systems, such as diesel or gas generators, the grid, or photovoltaic modules.
This setup helps manage energy effectively, cutting down on emissions and noise while making energy use more efficient.
The EHR Battery Energy Storage System typically requires regular inspection and maintenance of the batteries, monitoring systems, and connections. This includes checking battery health, ensuring proper ventilation and cooling, and performing software updates as needed.
More specific maintenance schedules and procedures are outlined in the product documentation, or our team can assist you.
The expected lifespan of the EHR Battery Energy Storage System varies depending on factors such as usage patterns, environmental conditions, and maintenance practices.
Generally, modern battery systems are designed to last between 10 to 20 years, with proper care and maintenance prolonging their operational lifespan.
Hybridising the EHR Battery Energy Storage System with a generator set provides various benefits:
- Improved Efficiency: Reduces fuel consumption and enhances energy efficiency.
- Extended Equipment Lifespan: Increases the lifespan of generator sets by optimising their operating conditions.
- Enhanced Reliability: Ensures continuous power supply by balancing energy demand and supply, especially in fluctuating load scenarios.
- Environmental Benefits: Zero emissions and noise levels compared to running generators alone, promoting sustainable energy practices.
If you encounter issues with the EHR Battery Energy Storage System, follow these steps:
- Check Connections: Ensure all connections are secure and cables are intact.
- Review Documentation: Consult the user manual for troubleshooting steps and error codes.
- Contact Support: Reach out to customer support or technical service for assistance. Provide details of the issue, including any error messages displayed, for prompt resolution.
- Perform Maintenance: If applicable, perform routine maintenance checks as outlined in the manual to ensure optimal system performance.
Transition to Clean Energy
Ready to explore Battery Energy Storage System for your application? Contact our energy specialists to discuss your requirements and discover how clean, silent power can benefit your operation.