Use solar after sunset
With a compatible solar system, store surplus daytime generation for later instead of relying entirely on the grid in the evening.
STORE TODAY. PLAN FOR TOMORROW.
Energy for later.
Energy for later.
Confidence for
what comes next.
Battery installation built around your priorities.
Store energy for later use and explore backup for the appliances that matter. Start with a clear plan for your home or business—not just a battery size.
Backed by Electrifying Australia
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A system designed to work together.
START WITH YOUR WHY
What would you like
What would you like
your battery to do?
Different goals lead to different designs. Your energy use, existing equipment and backup requirements shape the right approach.
Support essential loads
A properly designed backup arrangement can supply selected circuits during an outage. A battery alone does not automatically provide backup.
Plan around your routine
Understand when energy is available, when you use it and how much reserve you want to keep for potential outages.
A CONNECTED SOLUTION
The battery is one part.
The battery is one part.
The design brings it together.
These stock examples illustrate equipment and installation work. Specific products and configurations are selected during assessment.
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ENERGY STORAGE
Capacity that fits your needs
Compare usable capacity, operating limits and warranty terms. Bigger is not automatically better.
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COMPATIBLE EQUIPMENT
Inverter & electrical integration
Check battery compatibility, power limits, protection and any changes needed to your existing system.
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SITE & INSTALLATION
A suitable place for storage
Location, clearances, environmental conditions and access must follow equipment requirements and the site design.
EXPLORE THE RELATIONSHIP
More load.
More load.
Less backup time.
Try this simple runtime illustration to see how stored energy and appliance demand relate. It is not a system recommendation.
Use the combined average demand of the appliances you intend to run. Check appliance specifications; starting power can be much higher.
ILLUSTRATIVE RUNTIME
Based on your selected capacity, average load and reserve.
Assumes a fully charged battery, 90% delivery efficiency, constant average load and no charging during the outage. Actual runtime varies with system losses, temperature, battery condition and operating limits.
Power limits matter too.This estimate does not check inverter output, surge demand, circuit suitability or battery discharge limits. Some loads may not run at all.
Illustration: usable capacity × (1 − reserve) × 0.90 ÷ load in kW. A site assessment is needed to size an actual system.
BACKUP NEEDS A PLAN
Choose the essentials.
Choose the essentials.
Know the limits.
Start by deciding what matters most during an outage. Then design the battery, inverter and backup circuits around those priorities.
Lights
Fans
Wi-Fi
Selected sockets
Refrigeration*
*Appliance compatibility, starting demand and runtime must be assessed.
Essential circuits or whole property?
They are different design scopes. Whole-property backup should never be assumed.
High-demand appliances
Air conditioners, pumps and cooking equipment can require substantially more power and storage.
Generator and solar compatibility
Existing solar or generators need a compatible integration design, safe isolation and appropriate controls.
BEFORE YOUR INSTALLATION
Clear checks.
Clear checks.
A smoother installation.
Whether you already have solar or are starting fresh, these details help define the scope.
Energy & priorities
Review usage, essential appliances, desired backup and future needs.
Existing equipment
Check inverter details, switchboard condition and compatibility with the proposed battery.
Installation location
Assess access, mounting, clearances, heat, moisture and potential flood exposure.
Proposal & handover
Confirm equipment, works, warranty terms, monitoring and support arrangements.
A LITTLE MORE CLARITY
Battery questions.
Battery questions.
Clear answers.
Understand the practical details before choosing a system.
Can I add a battery to my existing solar?
Often it is possible, but compatibility must be checked. The solution may involve a compatible hybrid inverter or another suitable arrangement. Share your inverter model and existing system details during assessment.
Do I need solar panels to use a battery?
Some systems can charge from the grid without solar. Suitability depends on the equipment, available supply and your intended use. Grid charging does not generate energy or automatically reduce your electricity costs.
Will it switch over instantly during a power cut?
Transfer behaviour depends on the system. Do not assume uninterrupted power for sensitive equipment. Discuss any critical equipment and its power requirements with a qualified professional.
How much does battery installation cost?
Cost depends on capacity, equipment, electrical upgrades, backup circuits, cable routes and installation requirements. Request an itemised proposal showing the complete scope and exclusions.
What maintenance and warranty details matter?
Follow manufacturer guidance and monitor system alerts. Review warranty duration, throughput or cycle conditions, retained-capacity terms and exclusions. Leave electrical inspection and repairs to qualified professionals.
Can I expand my battery later?
Some systems support expansion within specific limits. Check compatible modules, installation requirements, age restrictions and product availability before relying on a future upgrade.
LET’S START WITH WHAT MATTERS
Build your backup plan.
Discuss battery installation ↗
Build your backup plan.
One clear conversation.
Tell us about your property, existing equipment and the appliances you want to support.
Stock photography: Elite Power Group / Pexels. Images show illustrative installations by others, not Electrifying Bangladesh projects or confirmed product offerings.