Solar + BESS

Store excess solar energy and use it when electricity costs the most.

Explore solar + battery solutions.

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Daytime Solar Generation

Evening Energy Demand

A Gap that Storage Fills

Solar + BESS shift low-cost solar energy into high-cost hours, improving savings and energy independence.

Bijlee technician inspecting a rooftop solar plant

Turn Midday Sunlight into Evening Savings

Solar peaks at noon, but grid tariffs peak in the evening. We close that gap, storing low-cost solar and discharging it exactly when tariffs are highest.

A model built around you.

No rigid vendor lock-in. Go full turnkey EPC, tailor a custom integration to your financing and grid rules, or choose a hybrid scope.

Design to Grid Connection

Custom Integration

Hybrid scope

Optimize with Solar + Storage

PV + Storage system deliver more energy and have a lower cap-ex compared to other approaches

Solar and storage system architecture diagram

AC-Coupled Storage

Best for existing plants

DC-Coupled Storage

Best for new, high-efficiency installations

Commercial and Technical Impact

Higher Project Yield

Capture more solar energy using the same infrastructure, increasing revenue per installed MW.

Lower Levelized Cost of Energy

Reduce capital costs & lifetime losses by eliminating unnecessary excess banking

Reduced System Complexity

A simpler design reduces redundant equipment, improving reliability and lowering maintenance.

Faster Dispatch Response

Direct DC integration enables faster response and better participation in peak-demand markets.

Future-Ready Architecture

Hardware-agnostic design supports future battery technologies without redesigning your system.

Modes of Integration

Explore the right integration model to maximise savings and long-term energy performance.

Captive Open Access

Own and consume power from your dedicated renewable energy plant.

Group Captive Open Access

Share a renewable power plant to access lower-cost clean energy.

Virtual Net Metering

Offset multiple electricity bills using one remote solar plant.

LifeCycle of Our Solutions

Step 1

Systems Engineering delivers grid-compliant AC/DC architecture built for reliable performance.

Step 2

Procurement & Digital FAT ensures multi-OEM sourcing that eliminates defects before delivery

Step 3

Integration & Construction brings on-site deployment of battery stacks, native EMS, and advanced fire safety.

Step 4

Asset Protection uses predictive maintenance to safeguard your manufacturer warranties