Battery Energy Storage Systems (BESS)
Capture excess solar energy and make it available when you need it most.From peak-shaving to backup power, our tailored battery solutions improve energy independence and reduce reliance on the grid.
We identify storage opportunities and design systems that deliver reliable, measurable results.
Grid-Connected Battery Storage
Adding a battery to an existing solar system is simple and cost-effective. Energa partners with leading battery manufacturers to design scalable, high-performance systems that integrate seamlessly with your current infrastructure. Whether retrofitting or expanding, our designs ensure stability, safety, and long-term returns.
Smart Energy Resilience
- Store excess solar power for use during high-demand periods
- Reduce grid reliance and peak energy costs
- Strengthen resilience and power security
Off-Grid Battery Storage
For properties or operations without grid connectivity, Energa delivers complete off-grid solar-plus-storage systems. These independent setups provide consistent, renewable power while eliminating the need for costly grid connections or fuel-based generation.
Smart Energy Sufficiency
- Reliable energy supply for remote or regional sites
- Lower lifetime operating costs
- Sustainable, self-sufficient power solution
Generator Optimisation with BESS
For remote or generator-powered sites, Energa’s Battery Energy Storage System (BESS) helps you run smarter and more efficiently. The system stores energy and allows generators to operate only when needed — and at their optimal load — instead of running continuously at low efficiency. This improves reliability, reduces wear, and delivers consistent power to critical operations .
Smart Energy Applications
- Remote industrial operations
- Off-grid commercial facilities
- Mining and agricultural sites
- Backup power for critical infrastructure
A recent study proved to reduce fuel consumption by up to 84% Reduction in
Proven Generator Optimisation Results
In a recent case study, a generator powered BESS solution proved to reduce fuel consumption by up to 84%, cut generator runtime by 95%, and improved fuel efficiency by more than six times. It also extended generator lifespan, reduced maintenance costs, and maintained an uninterrupted power supply — delivering rapid payback and strong long-term operational savings.