Our Products
Industrial BESS
Industrial Battery Energy Storage System (BESS) EiEnergy’s Industrial BESS solutions are designed to deliver reliable, resilient, and cost-effective power for industrial facilities. These systems can operate independently or in hybrid configurations (Battery + Grid / Diesel / PV), enabling peak shaving, backup power, and improved power reliability for critical industrial loads.
Residental BESS
Residential Battery Energy Storage System (BESS) EiEnergy’s Residential BESS solutions are designed for homes and villas seeking reliable power, energy independence, and smart energy management. When combined with solar energy, these systems provide clean, stable electricity and peace of mind during grid outages.
Commercial BESS
Commercial Battery Energy Storage System (BESS) EiEnergy’s Commercial BESS solutions are designed for office buildings, commercial centers, and businesses seeking reliable power, lower energy costs, and smarter energy management. These systems can operate independently or in hybrid configurations (Battery + Grid / PV), enabling peak shaving, enhanced power resilience, and optimized energy expenses.
Hybrid Diesel + Battery System
Industrial Hybrid Diesel + Battery System EiEnergy’s Hybrid Diesel + Battery systems are designed for industrial facilities requiring reliable power, lower fuel consumption, and higher operational resilience. In this architecture, the battery handles fast load changes and transient demands while the diesel generator operates at its optimal efficiency point—resulting in fuel savings, reduced wear, and improved power stability.
Our Collaboration
EiEnergy Collaboration with Utility-Scale Solar Power Plants
EiEnergy is collaborating with utility-scale solar power plants in the design and technical consultancy phase to integrate energy storage systems.
24/7 Power Supply with Hybrid Diesel + Battery Systems
EiEnergy is collaborating with industrial facilities and industrial parks in the design and technical consultancy phase for deploying energy storage and hybrid power systems.
Night-Time Power Supply with Battery-Centric Hybrid Energy System
EiEnergy is collaborating with industrial and energy projects in the design and technical consultancy phase of battery-centric hybrid systems to deliver reliable 24/7 power.
Consulting
Get expert advice and consultation for your energy needs.
Blog
Dec 27, 2025
EiEnergy Collaboration with Utility-Scale Solar Power Plants
Empowering utility-scale solar plants with integrated BESS solutions to enhance grid stability, efficiency, and long-term energy resilience
Dec 27, 2025
24/7 Power Supply with Hybrid Diesel + Battery Systems
Delivering reliable 24/7 industrial power through hybrid Diesel + BESS solutions that improve efficiency, stability, and generator lifetime
Dec 27, 2025
Night-Time Power Supply with Battery-Centric Hybrid Energy Systems
Ensuring reliable and cost-efficient night-time power by making battery storage the primary energy source when solar is offline and diesel rests
FAQ
A BESS provides clean, silent, and instantaneous power and is highly effective for managing fluctuations, peak demand, and short power outages. Diesel generators are mainly used for long-duration power supply. Combining these two in hybrid systems delivers the best technical and economic performance.
In many applications—especially for short outages lasting from minutes to a few hours—yes. However, for critical industries or long-duration outages, a hybrid solution (Battery + Diesel) is usually recommended to ensure high reliability while minimizing fuel consumption.
EiEnergy systems are fully flexible and can operate with: The power grid Solar energy (PV) Diesel generators Or any combination of the above The final system design is based on project conditions and economic objectives.
Yes, in many projects. Reducing losses caused by power outages, managing peak demand, lowering fuel consumption, and extending equipment lifespan enable a reasonable return on investment (ROI). EiEnergy provides a detailed technical and economic analysis before implementation.