Hithium ∞Power 5.016 MWh
High-density liquid-cooled energy storage platform for utility-scale applications.
Explore ∞Power 5.016 MWh
Utility-Scale Energy Storage Powering the Grid of Tomorrow.
Grid-Scale Battery Energy Storage Systems Built for Renewable Integration
NEXERA brings utility-scale energy storage solutions from Hithium for large renewable energy projects, grid support, energy shifting and round-the-clock power management.
From 5 MWh-class systems to multi-hundred-MWh projects, our solutions are designed for high energy throughput, intelligent thermal management, advanced safety and long-term operation.
Key benefits
Enable Higher Renewable Utilisation
Store clean energy for when it's needed most
Improve Grid Stability
Support frequency, voltage and grid reliability
Better Project Economics
Maximise asset utilisation and reduce curtailment
Built for Long-Term Operation
Safe. Reliable. Scalable.
- Renewable Integration
- Peak Shifting
- Grid Stabilisation
- 24/7 Renewable Power
- Energy Arbitrage
- T&D Support
Why utility-scale storage?
Store More. Shift More. Stabilise the Grid.
Utility-scale BESS enables renewable power to be stored when generation is high and dispatched when it is needed most.
Renewable Energy Integration
Store excess solar and wind generation and dispatch it when renewable generation falls.
Peak Shifting
Move energy from low-demand periods to high-demand periods to improve asset utilisation and project economics.
Grid Stabilisation
Support grid frequency, voltage and power quality requirements through fast-response energy storage.
24/7 Renewable Power
Combine renewable generation with storage to create more predictable and dispatchable power.
Energy Arbitrage
Charge during lower-cost periods and discharge during higher-value periods.
Transmission & Distribution Support
Deploy storage close to demand or generation to improve flexibility and reduce grid constraints.
Our global technology platform
Utility-Scale Storage from Hithium. Delivered and Supported by NEXERA.
NEXERA brings Hithium's dedicated platform for containerised battery storage to project developers, IPPs, EPCs and utilities, so they can select the BESS container architecture that best fits their project.
Hithium — Energy Storage. Built for Scale.
Hithium is a specialist energy-storage company focused on battery cells, battery systems and large-scale energy storage. Its utility portfolio includes 5 MWh-class and 6.25 MWh-class liquid-cooled systems, designed for high-density, long-duration applications.
- energy-storage battery sales (2025)
- 56.6 GWh
- energy-storage system sales (2025)
- 10.1 GWh
- global patents and patent applications
- 4,700+
- countries and regions
- 40+
Why Hithium
- Pure-play energy storage focus: Dedicated entirely to energy-storage technologies.
- High-capacity battery systems: Large-format systems designed to maximise energy density and reduce project footprint.
- Liquid cooling: Advanced thermal management for consistent battery operating conditions.
- Long-cycle battery technology: Cells designed for thousands of cycles and long operating life.
- Integrated safety architecture: Battery, thermal, electrical and fire-protection systems designed as part of the complete solution.
- Global deployment: Operations across more than 40 countries and regions.
Featured systems
Hithium ∞Power 6.25 MWh | 4-Hour
A 20-foot containerised system delivering up to 6.25 MWh of energy capacity, with a 0.25P charge/discharge configuration, liquid cooling, IP55 protection and an operating range of –30°C to +55°C.
Explore ∞Power 6.25 MWh
Built for utility-scale performance
Compare What Matters at Grid Scale
Instead of simply comparing battery capacity, NEXERA evaluates the complete energy-storage system.
High Energy Density
More MWh within a standardised container footprint.
Thermal Management
Liquid cooling helps maintain consistent cell operating temperatures.
Battery Life
Cell chemistry, operating window, thermal conditions and operating strategy all influence lifetime performance.
Safety by Design
Protection extends from the cell and module through the container and site-level protection system.
Grid Compatibility
Power quality, harmonic performance, reactive power capability and communication interfaces matter at the point of grid connection.
Intelligent O&M
Remote monitoring, fault detection, diagnostics and predictive maintenance help reduce unnecessary site intervention.
Modular Architecture
Projects can be expanded from individual containers to large multi-MWh installations.
Safety Is Not One Feature. It's a System.
- 1
Cell
LFP chemistry and controlled operating conditions.
- 2
Module
Individual module monitoring and protection.
- 3
Battery Rack
Voltage, temperature and current monitoring.
- 4
Container
Thermal management, fire detection and suppression.
- 5
PCS
Electrical protection and controlled power conversion.
- 6
EMS
System-level monitoring, control and operating strategy.
- 7
Grid
Protection, communication and grid-code integration.
Designed for India's conditions
Built for Real-World Operating Conditions
Utility-scale storage has to perform beyond laboratory conditions. Our selected platforms are designed around demanding operating environments, including:
- High ambient temperatures
- Dust and outdoor exposure
- Long operating hours
- High energy throughput
- Variable renewable generation
- Grid fluctuations
- Remote project locations
For example, the Hithium ∞Power 6.25 MWh specifies operation from –30°C to +55°C and IP55 protection.
Where utility BESS fits
Powering Multiple Use Cases
Utility-scale storage plays a critical role in building a cleaner, more flexible and more resilient power system.
Solar + Storage
Store midday solar generation and dispatch it during evening demand.
Wind + Storage
Smooth variable wind generation and improve dispatchability.
Renewable Firming
Increase renewable utilisation and reduce curtailment.
Grid Support
Provide fast-response power and improve grid flexibility.
Peak Demand Management
Shift large blocks of energy to high-demand periods.
Round-the-Clock Renewable Power
Combine renewable generation and storage for more predictable delivery.
Transmission & Distribution
Support constrained grid infrastructure and improve network flexibility.
From MWh to GWh
NEXERA Supports the Complete Project Lifecycle
- 01
Project Assessment
Understand generation profile, load profile, grid requirements and operating objective.
- 02
System Sizing
Determine the right MW / MWh configuration and duration.
- 03
Technology Selection
Select the appropriate Hithium architecture based on project requirements.
- 04
Engineering
Electrical design, container configuration, PCS/MV integration and communication architecture.
- 05
Procurement & Logistics
Coordinate equipment supply and project delivery.
- 06
Commissioning
Support installation, testing and system commissioning.
- 07
Monitoring & O&M
Long-term system monitoring, diagnostics and service support.
Why NEXERA?
Global Technology. Local Expertise.
You don't just need a battery container. You need a system that works with your solar plant, grid connection, tariff structure, operating strategy and project economics.
Technology Partner
Hithium utility-scale platforms.
Technical Engineering
System sizing and architecture based on project requirements.
India-Focused Support
Local technical and commissioning support.
Project Economics
Evaluate CAPEX, energy throughput, degradation and expected project returns.
Lifecycle Support
Monitoring, diagnostics and technical service throughout the system lifecycle.
Utility-Scale BESS — Frequently Asked Questions
What is a utility-scale battery energy storage system?
A grid-connected battery system, typically in the MWh range, that stores electricity from renewable plants or the grid and dispatches it when needed: for peak shifting, grid support or round-the-clock renewable power.
What is the difference between a 2-hour and a 4-hour BESS?
Duration is energy capacity divided by power rating. A 4-hour system can deliver its rated power for about four hours, which suits longer evening peaks and renewable firming.
Which utility-scale platforms does NEXERA offer?
NEXERA offers utility-scale systems from Hithium: ∞Power 5.016 MWh and 6.25 MWh.
Can utility BESS work with an existing solar or wind plant?
Yes. Storage can be added to existing or new renewable plants. The right configuration depends on the plant's generation profile, grid connection and operating objective, which NEXERA assesses at the start of the project.
Does NEXERA manufacture these systems?
No. Hithium designs and manufactures the systems. NEXERA supplies them in India and supports sizing, engineering, commissioning and lifecycle service.
New to battery storage? Read our guide: What Is a BESS? A Plain Guide to Battery Energy Storage
Ready to build your utility-scale project?
Let's Design the Right Storage Solution for Your Project.
Tell us your project capacity, solar/wind capacity, required duration, grid voltage and location. Our team will help evaluate the appropriate Hithium solution, system configuration and project architecture.
Talk to a Utility BESS Expert