Battery Energy Storage Systems (BESS)
Battery Energy Storage Systems (BESS) from Jubilee Energy offer cutting-edge battery energy storage system technology to enhance your energy management system. Our solutions ensure you have reliable power when you need it most, reducing energy costs and increasing efficiency.
Revolutionising Energy Storage for a Sustainable Future
Battery energy storage system (BESS) solutions are essential for optimising energy consumption and enhancing reliability in power generation. By storing excess electrical energy, BESS ensures a steady energy supply, even during peak electricity demand or outages.
Advantages of Battery Energy Storage Systems
Jubilee Energy’s battery energy storage system is designed for efficiency and reliability, ensuring a stable energy supply when you need it most. Our advanced battery technology minimises downtime, optimises energy consumption, and enhances performance, making it a sustainable solution for both commercial and industrial applications.
Cost Efficiency
Reduce energy costs by optimising energy consumption and minimising peak electricity demand charges.
Sustainability Goals
Support your sustainability initiatives by integrating renewable energy generation with BESS, ensuring a reliable energy source for cleaner operations.
Seamless Installation
We ensure a smooth deployment and ongoing maintenance for optimal battery storage system performance.
They are used for specialist testing and power system balancing.
- Assist with power factor correction
- Support controlled testing environments
- Used alongside other load bank types
Inductive load banks simulate inductive loads commonly found in industrial and commercial systems.
- Test voltage stability
- Validate generator frequency range
- Replicate motor-driven loads
Portable types provide flexible testing solutions for temporary or mobile applications.
- Support multiple voltage ratings
- Suitable for on-site testing
- Easy to deploy and relocate
Reactive load banks are designed to simulate real-world electrical loads found in operating systems.
- Test generator power factor
- Replicate inductive and capacitive conditions
- Used for advanced performance testing
These are used to test a generator’s true power output under controlled conditions.
- Measure real power and load testing capacity
- Support fuel efficiency validation
- Commonly used for commissioning
Industrial load banks ensure generators can support demanding production environments.
- Test generators under fluctuating load conditions
- Support preventative maintenance programs
- Maintain operational continuity
Telecommunications infrastructure needs consistent, clean backup power. Load banks test 10kVA to 500kVA generators that support towers, network hubs and relay sites.
Testing checks:
- Voltage rating under fluctuating loads
- Frequency stability
- Efficient fuel consumption
- Power factor performance for sensitive electronics
This reduces risk of service interruptions and improves system resilience.
Load banks help test inverters, batteries and hybrid renewable systems by applying controlled loads that match real site demand.
They support setups interfacing with 10kVA to 500kVA generators to confirm:
- Voltage and frequency stability
- Smooth energy discharge and transfer
- Accurate power factor behaviour
- Reliable load-testing capacity for new installations
Ideal for commissioning and system optimisation.
Hospitals require uninterrupted, compliant backup power. Load banks test emergency generators ranging from 10kVA to 1000kVA to ensure critical systems remain protected.
Testing verifies:
- Stable voltage and frequency output
- Correct power factor under medical load conditions
- Proper fuel efficiency during extended operation
- Reliable response for life-support and emergency equipment
This maintains compliance and safeguards patient safety.
During commissioning, load banks replicate the electrical demand required by HVAC systems and backup generators, from 10kVA up to 1000kVA units.
Testing ensures:
- Correct voltage regulation
- Stable frequency range
- Accurate power factor under simulated building load
- Full load-testing capacity before systems go live
This helps detect issues early and guarantees performance once the facility is operational.
Marine vessels depend on stable power for propulsion, navigation and onboard systems. Load banks simulate operational loads on 10kVA to 1000kVA marine generators.
Key outcomes:
- Proper voltage rating and clean frequency output
- Prevention of wet-stacking
- Improved fuel efficiency
- Verified load-handling capacity at the vessel’s required power factor
This ensures reliable power performance in all marine conditions.
Mining operations rely on high-capacity generators in remote, demanding environments. Load banks allow safe, controlled testing across 50kVA to 1000kVA generators.
Testing helps validate:
- Voltage stability under peak load
- Accurate frequency control
- Efficient fuel burn under different load levels
- Compliance with mining electrical requirements
This prevents unexpected downtime and ensures systems operate at the correct power factor for heavy machinery.
Load banks help data centers verify that backup generators and UPS systems can support full demand during an outage. They simulate realistic electrical loads across 10kVA, 50kVA, 100kVA, 500kVA and 1000kVA generators.
This testing confirms:
- Stable voltage rating under load
- Correct power factor performance
- Reliable frequency range control
- Safe load-testing capacity for critical systems
The result is improved reliability, reduced risk of overload and better fuel efficiency during emergency operation.
How Can We Help You?
Whether it’s generator sales, hire, maintenance, servicing, or spare parts, our team of professionals is here to tailor the right battery system or power conversion system solution for your energy demand.
Battery Energy Storage System FAQ
A battery energy storage system (BESS) from Jubilee Energy stores electrical energy for later use, ensuring a reliable energy supply and reducing dependence on the electricity grid. Our advanced battery management system optimises performance, extending battery life and efficiency.
Jubilee Energy’s battery storage system allows businesses to store excess electricity when demand is low and use it when electricity demand is high. This helps reduce reliance on peak-time tariffs and lowers overall energy cost.
A battery management system (BMS) is crucial for monitoring and optimising battery performance. Jubilee Energy’s BMS ensures safe operation, balances battery cell performance, and enhances the longevity of our battery storage system.
Yes, our battery storage system provides reliable backup power, ensuring uninterrupted operations during power failures. It seamlessly integrates with the electricity grid or off-grid setups to maintain a continuous energy supply.
Our energy storage system enables efficient stored energy management, making it easier to integrate renewable energy generation sources like solar or wind. This helps businesses transition to clean energy while maintaining a stable power grid.
Jubilee Energy utilises cutting-edge energy storage technology that enhances efficiency, reliability, and scalability. Our battery technology ensures optimal performance across different applications, from industrial to commercial settings.
An energy management system (EMS) helps monitor, control, and optimise energy consumption. Jubilee Energy’s EMS works alongside our power conversion system to enhance efficiency, reduce waste, and improve sustainability.
Jubilee Energy provides tailored battery system solutions designed to improve energy demand management, lower operational costs, and support a sustainable future. Our expertise in battery technology, storage system integration, and energy source optimisation makes us a trusted partner in energy solutions.