Solar generation, battery storage and practical energy solutions — designed around your site, consumption and future needs.
Start with solar, storage, or both. We help you understand the right system before you invest.
Rooftop and site-based solar systems planned around electricity use, available space and future expansion.
Explore Solar →Backup and energy-storage solutions for essential loads, solar self-consumption and resilience.
Explore Batteries →Our core focus is solar generation and battery storage, with supporting energy-management and future-energy capabilities.
On-grid, off-grid and hybrid solutions for homes, shops, offices, farms and industrial sites.
Storage systems for backup, solar self-consumption, critical loads and selected commercial applications.
Understand consumption and improve visibility across your energy system.
Plan for electrification and emerging energy requirements as your needs grow.
The right architecture depends on grid reliability, backup requirements, consumption pattern, roof area and budget.
Connected to the utility grid. Solar can serve daytime loads and surplus may be exported where permitted by the local utility arrangement.
Best when: reliable grid + bill reduction is the priority.Designed without depending on the utility grid, using battery storage to provide energy when solar is unavailable.
Best when: grid access is limited or unavailable.Combines solar, battery storage and grid connectivity to balance generation, storage and backup needs.
Best when: savings + backup + flexibility matter.A transparent process helps you understand the design, cost, approvals and ongoing support before you commit.
Share your bill, load, site, backup requirement and location.
We review roof/site conditions, consumption and essential loads.
Receive a system concept, components, estimated performance and commercial proposal.
Execution, testing and handover according to the agreed scope.
Choose monitoring and service support appropriate to your system.
These are planning tools, not final quotations. Actual system size, battery capacity, savings and cost depend on your site and selected equipment.
We can structure the proposal around system size, equipment, installation and site-specific requirements.
Ask us about currently available loan/EMI or financing-partner options, subject to eligibility and lender terms.
Where a subsidy or incentive is applicable, we can explain the process and documentation requirements. Eligibility and amounts can change.
We can model indicative savings using your consumption, tariff, system design and operating assumptions rather than a generic promise.
Where supported by the selected equipment, monitoring can help you view generation, battery status, consumption and system alerts.
Start with one requirement or plan a broader energy transition.
Rooftop solar, home backup and energy storage.
Solar and storage for offices, retail, schools and facilities.
Higher-load energy planning, solar and storage.
Resilience-focused energy systems for critical applications.
We want customers to compare the right things — not just the lowest headline price.
Panel, inverter, battery and protection-system specifications.
Check product warranties separately from installation/service commitments.
Mounting, wiring, earthing, protection and workmanship scope.
Understand expected generation and the assumptions behind any estimate.
Know what cleaning, monitoring, maintenance and fault support are included.
Clarify utility, subsidy and documentation responsibilities where applicable.
System size depends on electricity consumption, tariff, roof/site area, sunlight, grid arrangement and the amount of bill reduction you want. A site and load assessment is the best next step.
Not always. On-grid systems can operate without a battery. A battery becomes relevant when backup, energy shifting or greater self-consumption is important.
A standard grid-connected system generally shuts down during a grid outage for safety. Backup during an outage requires an appropriately designed hybrid/off-grid system and battery.
Sometimes. Compatibility depends on the inverter architecture, battery technology, electrical design and the equipment selected initially. We recommend planning for future expansion when relevant.
Where applicable, we can explain the current process and documentation. Eligibility, approved equipment, utility procedures and incentive amounts should be verified for the customer's location at the time of application.
Monthly electricity bill, location, property type, roof/site photos if available, connected load, preferred backup loads and your main objective are useful starting points.
