What battery chemistry do you use?

We primarily use LiFePO4 (lithium iron phosphate) for its safety, long cycle life (4,000–6,000+ cycles) and thermal stability. NMC is used for high-energy-density applications where space is constrained.

Can a BESS provide backup during grid outages?

Yes — with an appropriate islanding-capable inverter/PCS and transfer switch, a BESS can automatically support critical loads during grid outages.

How do I know what size BESS I need?

Sizing is based on your load profile, desired backup duration, solar generation profile and financial objectives. Our engineers carry out a detailed analysis before recommending system size.

Loading Renewable System

Fetching the latest information...

Loading Renewable System

Fetching the latest information...

Services / Renewable Energy

BESS

Battery energy storage systems for renewable integration and energy resilience.

Battery Energy Storage Systems transform how energy is managed. Whether smoothing solar output, providing backup during outages, managing peak demand or islanding from the grid, a well-engineered BESS solution changes what is possible for your facility.

Key Benefits

Capture solar energy that would otherwise be exported at low value

Eliminate or reduce diesel generator run hours

Manage peak demand charges for commercial and industrial users

Provide backup power during grid outages

Improve power quality and protect sensitive equipment

Reduce electricity bills through time-of-use optimisation

Our Process

Load & Tariff Analysis

Energy consumption profiling, tariff structure review and storage opportunity identification.

System Design

Battery sizing, inverter/PCS selection, AC or DC coupling architecture and protection design.

Procurement

LiFePO4 or NMC battery supply, PCS, BMS and thermal management equipment.

Civil & Structural Works

Battery room preparation, fire suppression, HVAC and containment systems.

Electrical Installation

Battery rack installation, DC wiring, PCS installation and AC connection.

Commissioning & Optimisation

BMS configuration, EMS programming, performance testing and remote monitoring setup.

Features Included

Residential 5–30 kWh systems

Commercial and industrial 50 kWh–10 MWh systems

LiFePO4 and NMC cell technologies

AC-coupled and DC-coupled architectures

Battery management systems (BMS)

Energy management systems (EMS)

Remote monitoring and analytics

Fire detection and suppression systems

Frequently Asked Questions

Ready to discuss your bess project?

Let's scope a solution built around your site, load and objectives.

Start Your Project

Why Choose RS

Specialized knowledge in battery storage integration with solar, wind and grid systems

Safe, reliable and scalable BESS solutions for energy arbitrage, backup and grid stability

End-to-end delivery from system design and battery selection to installation and controls

← Back to All Services

Loading Renewable System

Fetching the latest information...

Services / Renewable Energy

BESS

Battery energy storage systems for renewable integration and energy resilience.

Key Benefits

Capture solar energy that would otherwise be exported at low value

Eliminate or reduce diesel generator run hours

Manage peak demand charges for commercial and industrial users

Provide backup power during grid outages

Improve power quality and protect sensitive equipment

Reduce electricity bills through time-of-use optimisation

Our Process

Load & Tariff Analysis

Energy consumption profiling, tariff structure review and storage opportunity identification.

System Design

Battery sizing, inverter/PCS selection, AC or DC coupling architecture and protection design.

Procurement

LiFePO4 or NMC battery supply, PCS, BMS and thermal management equipment.

Civil & Structural Works

Battery room preparation, fire suppression, HVAC and containment systems.

Electrical Installation

Battery rack installation, DC wiring, PCS installation and AC connection.

Commissioning & Optimisation

BMS configuration, EMS programming, performance testing and remote monitoring setup.

Features Included

Residential 5–30 kWh systems

Commercial and industrial 50 kWh–10 MWh systems

LiFePO4 and NMC cell technologies

AC-coupled and DC-coupled architectures

Battery management systems (BMS)

Energy management systems (EMS)

Remote monitoring and analytics

Fire detection and suppression systems

Frequently Asked Questions

Ready to discuss your bess project?

Let's scope a solution built around your site, load and objectives.

Start Your Project

Why Choose RS

Specialized knowledge in battery storage integration with solar, wind and grid systems

Safe, reliable and scalable BESS solutions for energy arbitrage, backup and grid stability

End-to-end delivery from system design and battery selection to installation and controls

← Back to All Services