Solar and Battery Frequently Asked Questions
It’s an integrated solution that combines solar panels, a rechargeable battery, and intelligent control software. During sunny days or when grid electricity is cheap, the system stores excess energy. Then, it automatically powers your home at night, during expensive peak-rate periods, or when the grid fails.
Benefits include lower monthly electricity bills, reduced dependence on the utility company, and backup power during outages.
Interested in custom design for your home? [Get a free consultation]
Because it lets you use your solar power when the sun isn't shining — saving money, keeping your home powered during outages, and reducing your reliance on the grid.
Most solar panels generate electricity during the day, but typical household energy use peaks in the evening. A battery stores your excess daytime solar energy and releases it exactly when you need it.
Specifically, adding a battery gives you:
- Greater energy independence: use your own stored solar power at night instead of buying from the utility.
- Backup protection: essential appliances like lights, WiFi, refrigerators, and medical devices stay running during blackouts.
- Lower bills: draw from your battery during expensive peak-rate hours, avoiding high grid electricity costs.
For a personalised assessment of whether battery storage suits your solar setup.[Get a free consultation]
Yes, in most cases, a battery can be added to an existing solar system without needing to replace your solar panels.
However, the inverter requirements vary: if you have a hybrid inverter, integration is straightforward; if you have a standard string inverter, we may add a separate battery inverter or recommend a hybrid upgrade.
Our team will review your current setup — panel type, inverter model, and consumption patterns — and recommend a storage solution that fits your system and budget.
Adding a battery to an existing system typically:
- Increases your use of self-generated solar power
- Reduces your electricity bills during peak-rate hours
- Provides backup power during grid outages
For a compatibility check and custom recommendation. [Get a free consultation]
It depends on two factors: battery size and what you want to keep running.
For example, a typical 10kWh system can keep essential appliances running — such as a refrigerator, WiFi router, several room lights, and a CPAP machine — for 12 hours or more during an outage. But if you want to power your entire home, including air conditioning, an electric oven, or EV charging, you'll need a larger system or multiple batteries.
The right configuration for you depends on your specific appliances and backup priorities.
Tell us what you need to power during an outage — [Get a free consultation] and we'll estimate your backup duration.
Yes. Our systems are modular and designed to grow with you — you're never locked into what you buy today.
As your family grows or your energy needs change, you can easily:
- Add more battery modules to increase storage capacity
- Integrate EV charging for your electric vehicle
- Connect smart energy devices for better efficiency.Start with what you need now, and expand later without replacing the core system.
Want to know how your system can scale over time? [Get a free consultation] for a future-ready plan.
It's an intelligent energy solution designed specifically for businesses — combining battery storage, solar integration, and smart control software to help you reduce electricity costs, manage peak demand, and keep your operations running during outages.
For most commercial facilities, a large portion of the electricity bill comes from "demand charges" — fees based on your highest 15‑minute power draw during the month. A commercial storage system automatically discharges during your peak usage periods, shaving that demand peak and lowering your monthly bill.
It also lets you store cheap off‑peak electricity (or on‑site solar) for use during expensive peak hours, and provides backup power to protect your business from costly downtime.
For a customized commercial energy assessment, with our commercial team.[Get a free consultation]
Commercial battery storage reduces electricity costs in three main ways:
- Peak demand shaving – automatically discharging during your facility's highest usage periods to lower demand charges, which often account for 30–50% of a commercial electricity bill.
- Time-of-use arbitrage – storing electricity when rates are low (overnight or from on-site solar) and using it during expensive peak hours.
- Backup protection – avoiding costly production downtime during grid outages, which can be far more expensive than the electricity itself.
The actual savings depend on your facility's load profile, local utility rates, and system design. We can provide a customized estimate based on your specific operation.
? For a detailed savings analysis tailored to your facility, [Get a free consultation]
Yes. We offer a full-service package — from energy assessment and system design to professional installation, testing, and ongoing monitoring and maintenance. We take care of everything, so you don't need to coordinate with multiple contractors.
Specifically, our service covers:
- Energy assessment and system design tailored to your home
- Supply of high-quality, certified equipment
- Professional installation by our trained technicians
- System testing and handover to ensure everything works as expected
- Remote performance monitoring and fast-response maintenance supportWe don't just sell you a product.
We're your partner for the lifetime of your system.
Want to learn more about our installation process? [Get a free consultation] and we'll walk you through every step.
Virtually any business that pays an electricity bill — but the value proposition varies by industry.
- Manufacturing facilities & industrial parks: Reduce demand charges, protect against production‑stopping outages, and meet sustainability goals.
- Warehouses & distribution centers: Shift energy use to off‑peak hours, lower operating costs, and support EV fleet charging.
- Office buildings & retail locations: Cut peak‑time energy spend, enhance green building credentials, and stay operational during grid failures.
- EV charging sites: Store low‑cost energy to charge vehicles during peak hours without drawing expensive grid power.
- Critical infrastructure (data centers, healthcare, water treatment): Ensure uninterrupted operation — even a minute of downtime can mean significant financial or safety risks.
No matter your industry, we design solutions tailored to your specific load profile and goals.[Get a free consultation]
Yes. In fact, backup protection is one of the most immediate and valuable benefits of a commercial energy storage system.
When the grid goes down, your battery automatically powers critical loads — keeping essential equipment running without interruption. For manufacturing plants, that might mean production lines and refrigeration. For data centers, it's servers and cooling. For healthcare facilities, it's life‑support systems and medical devices.
Unlike diesel generators, which require fuel storage, regular maintenance, and emit noise and fumes, battery systems respond instantly, run silently, and require minimal upkeep.
While typical systems provide 2 to 4 hours of backup at rated power (customizable to your load profile), we can also design hybrid solutions that pair batteries with generators for extended outages — giving you both instant response and long‑duration resilience.
The real value, however, isn't just about keeping the lights on. It's about avoiding costly downtime — which for many businesses can cost thousands or even millions per hour.
[Get a free consultation]to discuss your backup power requirements and get a customized solution.