Industrial Energy Storage
Intelligent battery energy storage systems in on-grid, off-grid, and hybrid configurations — optimise consumption, eliminate outages, and future-proof your operations.
Optimise your energy consumption and ensure business continuity with Livoltek's commercial and industrial battery energy storage systems. Available in on-grid, off-grid, and hybrid configurations with capacities from 80kWh to multi-MWh, our BESS solutions integrate seamlessly with solar PV, grid power, and backup generators.
Solution Configurations
Choose the right configuration for your use case.
On-Grid BESS
Grid-connected battery storage for peak shaving, demand charge reduction, and time-of-use tariff arbitrage. Pairs with grid-tied PV inverters for maximum savings.
Off-Grid BESS
Standalone battery systems for locations without reliable grid access. Combined with solar PV for fully autonomous power generation and storage.
Hybrid On/Off-Grid BESS
Flexible systems that operate grid-tied during normal conditions and seamlessly island to off-grid mode during outages — ensuring uninterrupted power for critical loads.
System Architecture
See how each solution tier is designed and connected.
C&I On/Off-Grid BESS Architecture
Hybrid BESS topology with grid-tied inverters, battery storage, and intelligent energy management.
On-Grid BESS Configuration
Grid-connected storage for peak shaving and self-consumption optimisation.
Off-Grid BESS Configuration
Standalone solar + battery system for grid-independent operation.
Hybrid BESS with Solar PV
Complete hybrid system combining solar generation, battery storage, and grid connection with automatic islanding.
Key Features
- On-grid, off-grid, and hybrid BESS configurations
- Scalable capacity from 80kWh to multi-MWh
- LFP battery technology for safety and 6,000+ cycle longevity
- IEMS-2000 energy coordination and control terminal
- Seamless integration with grid-tied PV inverters (30–125kW)
- Indoor (IP20) and outdoor (IP55) rated enclosures
- AI-powered peak shaving and demand response
- Remote monitoring and control via cloud platform
Related Products
Explore the products that power this solution.
BESS 125kW/261kWh Industrial Storage
Industrial-scale battery energy storage system for large commercial and industrial facilities.
BES-H 40–60kW / 80–120kWh Commercial BESS
Commercial battery storage in indoor IP20 enclosure for medium-scale applications.
BHF-C 80–240kWh HV Commercial BESS
High-voltage scalable LFP battery system for commercial and industrial energy storage.
BHF-G 15–60kWh HV Battery System
High-voltage battery for small to medium commercial BESS and hybrid inverter pairing.
Grid-Tied Inverter GT3 30–60kW
Three-phase commercial grid-tied inverter paired with BESS for on-grid storage systems.
IEMS-2000 Energy Control Terminal
Intelligent energy coordination terminal for multi-source power management and BESS optimisation.
Why Choose This Solution
Ideal For
Frequently Asked Questions
What is the difference between LFP and NMC battery chemistry?
LFP (lithium iron phosphate) batteries offer superior safety, longer cycle life (6,000+ vs 3,000–4,000 cycles), better thermal stability, and contain no cobalt or nickel. Livoltek exclusively uses LFP chemistry for all C&I storage products.
How does peak shaving work with battery storage?
Peak shaving uses the battery system to automatically discharge during peak demand periods, reducing your maximum draw from the grid. This directly reduces demand charges — often the largest component of commercial electricity bills.
Can BESS operate during grid outages?
Yes, in hybrid or off-grid configuration. The system seamlessly transitions to island mode during outages, powering critical loads from battery storage and solar PV without interruption.
What is the IEMS-2000 and why is it important?
The IEMS-2000 is Livoltek's intelligent energy management system that coordinates power flow between solar PV, battery storage, grid, and loads. It uses real-time algorithms to optimise self-consumption, peak shaving, and system efficiency.
How long does a BESS installation take?
A typical commercial BESS installation takes 4–8 weeks from site preparation to commissioning, depending on system size and site conditions. Industrial-scale systems may require 8–12 weeks.
Design Your Energy Storage System
Our energy engineers will analyse your load profile, tariff structure, and reliability requirements to design the optimal BESS configuration for your facility.