BESS Solutions
Integrated energy storage for a more flexible and reliable energy ecosystem.
- What is BESS?
Battery Energy Storage Systems (BESS) enable electricity to be stored and used when required rather than only at the time it is generated. BESS can support renewable-energy integration, peak-load management, improved energy availability and grid reliability.
UVIE integrates BESS with renewable-energy projects across commercial & industrial (C&I), open-access and utility-scale applications. Through our group company, Lithina Energy Solutions Private Limited, our capabilities extend to BESS manufacturing, installation, testing and system integration.
Lithina operates Rajasthan’s first operational BESS manufacturing facility in Jaipur, with a manufacturing capacity of up to 1,700 MWh, supporting UVIE’s integrated Solar + Storage capabilities.
Where BESS Can Be Used
01
Solar + Storage
Integrating BESS with solar projects enables energy generated during periods of higher solar production to be stored and utilised when required, supporting greater renewable-energy utilisation and more reliable power delivery.
02
Commercial & Industrial Applications
BESS solutions can support C&I customers with changing power requirements, renewable-energy integration, peak-load management and storage-led energy management.
03
Open Access & Renewable Energy Parks
BESS can be integrated with open-access renewable-energy projects and energy parks to store excess renewable generation and improve energy availability during periods of lower generation or higher demand.
04
Utility-Scale Storage
Containerised BESS solutions can support large-scale renewable-energy and grid applications. UVIE's BESS business includes utility-scale opportunities alongside its solar EPC and IPP portfolio.
05
Peak Load Management
BESS can supply stored energy during periods of higher demand, helping businesses manage their power requirements and optimise energy usage.
06
DG Replacement
For suitable industrial and commercial applications, battery storage can help reduce dependence on diesel generation, subject to the facility's load profile and operating requirements.
Our BESS Capabilities
BESS Manufacturing
Through Lithina Energy Solutions, UVIE has access to BESS manufacturing capabilities for high-voltage and high-capacity battery systems, with manufacturing capacity of up to 1,700 MWh and project portfolio from 2025 is 28MWh and an awarded 50 MW / 200 MWh BESS project LOA .
Modular BESS Solutions
Capabilities include modular BESS solutions in 261 kWh and 418 kWh configurations for C&I applications.
Containerised BESS
Manufacturing capabilities extend to containerised battery energy storage systems with capacities of up to 5 MWh.
Solar + BESS Integration
Integrated EPC capabilities enable BESS to be combined with solar generation, power evacuation and associated electrical infrastructure within a unified project solution.
Installation & Testing
BESS capabilities extend beyond manufacturing to include installation, testing, integration and commissioning support for renewable-energy projects.
Our Approach
Understand the Requirement
Assess Load, Generation & Usage Profile
Design the BESS Configuration
Manufacture & Integrate
Install, Test & Commission
Support the System
Integrated Solar + BESS capabilities
Up to 1,700 MWh BESS manufacturing capacity through Lithina
C&I, Open Access and Utility-Scale applications
Modular and containerised BESS capabilities
Integrated EPC, T&D and power-evacuation expertise
End-to-end project development and execution capabilities
FAQs
01 . What is BESS used for?
02 . Can BESS be integrated with solar projects?
03 . Does UVIE provide BESS manufacturing capabilities?
04 . What BESS configurations are available?
05 . Is BESS suitable for C&I applications?
06 . Does UVIE work on utility-scale BESS projects?
Looking for an Integrated Energy Storage Solution?
Share your power requirement, load profile, renewable-energy project or storage requirement with our team. We can help assess and develop a BESS solution aligned with your application.
