Quick Answer: The best solar batteries in Australia for 2026 are the Sigenergy SigenStor (best modular, best overall), iStore (best Australian-made battery), GoodWe Lynx (best value retrofit), and AlphaESS Storion (best for large homes).
Solar battery prices start from around $8,000 installed and drop to $5,000–$6,000 after stacking federal and WA state rebates.
The payback period for most Perth homes is 3–6 years — and with electricity costs rising year after year, that window keeps shrinking.
Why Solar Batteries Are Worth It in 2026
If you’ve invested in solar panels, adding battery storage is the single biggest step you can take to cut your electricity bills further.
Most solar systems export excess energy to the grid for just 2–10 cents per kilowatt-hour under Western Australia’s Distributed Energy Buyback Scheme (DEBS).
But you draw electricity back at 28–30 cents when the sun goes down.
That gap — sell at 2c, buy back at 28c — is exactly where home batteries make money.
Home batteries store the excess energy your solar system produces during the day and release it when you need it most — during peak demand times in the evening and overnight.
Instead of selling cheap and buying expensive, you use your own stored energy and only export or import when you have to.
The case for battery storage has never been stronger.
The federal government’s Cheaper Home Batteries Program launches in May 2026 with rebates of up to $4,000 per household.
Western Australia’s own Residential Battery Scheme adds a further $1,300 through Synergy.
For most Perth homes, those two rebates stack together — and that changes the payback period significantly.
This guide covers the best solar batteries available to Australian homeowners in 2026, based on our experience installing batteries across Perth, and what we’ve learned after hundreds of installs in the field.
2026 Solar Battery Rebates: What You Can Claim
Before comparing battery brands, it’s worth understanding how the 2026 rebates work — because they directly affect which batteries represent the best value.
Federal Cheaper Home Batteries Program
The federal rebate is structured in tiers based on storage capacity:
- First 14kWh: $252/kWh rebate
- 15–28kWh band: $146/kWh for capacity in this range
- 29–50kWh band: $36/kWh for capacity in this range
Virtual Power Plant (VPP) participation is mandatory to access the rebate.
For a 13kWh battery, that’s approximately $3,276 back from the federal government alone.
WA Residential Battery Scheme (Synergy)
Synergy customers can claim $130/kWh of usable capacity, up to $1,300.
This rebate stacks with the federal rebate — you can claim both.
A 10kWh solar battery system could attract $2,520 federal + $1,300 WA = $3,820 off upfront.
That’s a significant reduction in the cost to install batteries, and it’s available to any eligible Synergy customer who meets the VPP requirement.
What Is a Virtual Power Plant?
A Virtual Power Plant (VPP) connects your home battery to a network of other home batteries across the grid.
During high demand periods, the VPP operator can briefly draw on your battery to stabilise the distribution network — reducing peak demand and preventing blackouts.
The impact on your daily energy use is minimal. Most homeowners see 2–4 dispatch events per month, each lasting 30–60 minutes.
In return, you often receive additional payments from the VPP operator on top of the government rebate.
It’s a consumer protection-friendly arrangement — your battery is never fully drained, and you keep priority access to your own stored energy.
Best Solar Batteries in Australia 2026: Full Comparison
| Battery | Usable Capacity | Chemistry | Approx. Installed Price | Best For |
|---|---|---|---|---|
| Sigenergy SigenStor | 9.6–25.6kWh | LFP | $14,000–$19,000 | Best overall, modular, 3-phase, EV |
| iStore Battery | 10–15kWh | LFP | $9,000–$13,000 | Best Australian-made battery |
| GoodWe Lynx | 5–20kWh | LFP | $8,000–$13,000 | Best value, retrofit |
| AlphaESS Storion | 5.7–11.4kWh | LFP | $9,000–$12,000 | Large homes, reliability |
| BYD Battery-Box | 5.1–15.4kWh | LFP | $8,500–$13,500 | Scalable, budget-conscious |
| Sungrow SBR | 9.6–25.6kWh | LFP | $9,000–$14,000 | Sungrow solar system owners |
| SolarEdge Home Battery | 9.7kWh | Li-ion | $10,000–$14,000 | SolarEdge solar system owners |
Approximate installed prices before rebates, April 2026.
1. Sigenergy SigenStor — Best Solar Battery Overall
The Sigenergy SigenStor is the most advanced solar battery we install in Perth in 2026, and it’s the one we recommend most often to homeowners who want a truly future-proof energy system.
Its 5-in-1 architecture eliminates the need for a separate solar inverter, hybrid inverter, battery, EV charger, and backup power unit — it handles all five functions in a single integrated system.
Key Specs
- Usable capacity: 9.6kWh per battery module, stackable to 25.6kWh+
- 5-in-1 design: solar inverter, hybrid inverter, battery, EV charger, and backup power in one system
- Single-phase and three-phase compatible
- Chemistry: Lithium iron phosphate (LFP)
- IP66 weatherproof — suitable for exposed outdoor installation
- Integrated fire suppression system
- Off-grid capable
What We’ve Seen in the Field
Sigenergy is the brand we’re most excited about for 2026 installs.
The modular battery design means homeowners can start with a single battery module and add more storage capacity as their energy needs grow — without replacing existing hardware.
The 5-in-1 architecture also reduces total installation costs compared to buying a separate solar inverter, hybrid inverter, and battery system individually.
Sigenergy placed in the top tier of the 2025 Installers’ Choice Awards — voted on by accredited installers, not marketing teams.
The engineering pedigree from founder Tony Xu (formerly Huawei FusionSolar) shows clearly in the hardware quality and system design.
Rebate Calculation
At 9.6kWh, Sigenergy attracts approximately $2,419 from the federal Cheaper Home Batteries Program.
Stack the WA Residential Battery Scheme on top and eligible Synergy customers receive another $1,248 off.
Scale up to a 19.2kWh dual-module system and the rebate increases substantially.
Best For
Three-phase homes that need a solar battery system capable of matching their full power output requirements.
EV owners wanting to charge directly from solar energy via smart charging integration.
Homes planning to go off-grid or building toward full energy independence.
Anyone who values the ability to expand storage capacity later without starting from scratch.
2. iStore Battery — Best Australian-Made Solar Battery
The iStore battery is Australia’s standout locally designed energy storage solution, and it brings genuine quality to the mid-range home battery market.
For Perth homeowners who want to buy Australian, back local manufacturing, and still get a high-performance solar battery system, iStore is the clear choice.
Key Specs
- Usable capacity: 10kWh and 15kWh models available
- Chemistry: Lithium iron phosphate (LFP)
- Compatible with most hybrid inverter brands — including Solis, GoodWe, Sungrow, and Fronius
- Whole-home backup power capability
- 10-year product warranty
- Designed and supported in Australia
What We’ve Seen in the Field
The iStore battery installs cleanly alongside most solar inverters we work with — Solis, GoodWe, Sungrow, and Fronius all integrate well.
Australian-designed and supported products have a practical advantage we see in the field: warranty claims and technical support are handled locally, without the delays that can come from international distribution chains.
We’ve had consistently positive experiences with iStore’s support team, and the batteries have performed reliably in Perth’s climate conditions including summer heat peaks.
The iStore is also one of the more straightforward batteries to commission on-site, which reduces installation time and the potential for configuration errors.
Rebate Calculation
The 10kWh iStore battery attracts approximately $2,520 from the federal Cheaper Home Batteries Program.
With the WA Residential Battery Scheme on top, eligible Synergy customers can stack a further $1,300 — bringing effective out-of-pocket costs down substantially.
Best For
Homeowners who want to support Australian manufacturing.
Anyone pairing batteries with a Solis, GoodWe, Sungrow, or Fronius inverter for a clean, locally supported full system.
Those who value fast Australian warranty service and local technical support throughout the life of the battery.
3. GoodWe Lynx — Best Value Solar Battery
For homeowners who want a capable, reliable solar battery without paying a premium, the GoodWe Lynx series is consistently the best value in Australia in 2026.
GoodWe is one of the largest energy storage manufacturers in the world — the Lynx benefits from that scale in both price and parts availability.
Key Specs
- Usable capacity: 5kWh per module, stackable to 20kWh+
- Modular battery design — expand capacity over time
- AC coupled batteries configuration — compatible with most existing solar inverters
- Lithium iron phosphate chemistry
- 10-year warranty
- High efficiency: up to 97.5% round-trip
What We’ve Seen in the Field
The GoodWe Lynx is the battery we most often recommend to homeowners adding storage to an existing solar system.
Its AC coupled design means it works with virtually any existing solar inverter — including Solis, Fronius, SolarEdge, and Sungrow — without replacing hardware you’ve already paid for.
The batteries perform consistently in Perth’s summer heat, which matters more than many homeowners realise when choosing a solar battery.
We’ve had excellent support from GoodWe’s Australian distribution network, which reduces our turnaround time if a warranty replacement is needed.
When paired with a GoodWe inverter, the Lynx and inverter share a single app and monitoring ecosystem — a seamless experience.
Best For
Homeowners with an existing solar system who want to add battery storage without replacing their inverter.
Anyone wanting to pair batteries with a GoodWe inverter for a fully integrated, single-brand system.
Those wanting a strong track record and solid warranty without a premium price tag.
4. AlphaESS Storion — Best for Large Homes
AlphaESS has built a strong track record in Australian commercial and large residential installations.
The Storion range brings that reliability into the home battery market — and if you’re a high-energy household, AlphaESS belongs in your comparison.
Key Specs
- Usable capacity: 5.7kWh–11.4kWh (single unit), scalable to large storage
- Lithium iron phosphate chemistry
- Hybrid inverter included
- High efficiency: up to 97.6% round-trip
- Excellent compatibility with large solar panel arrays and high-draw appliances
What We’ve Seen in the Field
AlphaESS batteries have a longer track record in Australia than some newer solar battery brands — which matters when you’re assessing long term reliability.
The Storion handles high continuous power draw well.
Homes running multiple air conditioners during peak demand times don’t see the voltage sags that some other batteries produce under heavy load.
If you’re sizing for large storage capacity to cover overnight consumption in a big household — one with a pool, spa, or ducted air conditioning — AlphaESS belongs in your comparison.
Best For
Large homes with high energy consumption.
Households wanting proven long term reliability from a brand with a genuine Australian track record.
Those with large solar panel arrays who need batteries that can keep pace with high power output demands.
5. BYD Battery-Box — Most Scalable Solar Battery
BYD is the world’s largest manufacturer of lithium iron phosphate batteries.
The Battery-Box range brings that manufacturing scale to Australian home battery storage — with a highly modular design that makes it one of the most flexible battery systems available.
Key Specs
- Usable capacity: 5.1kWh per module, stackable to 15.4kWh
- Lithium iron phosphate chemistry
- Compatible with multiple inverter brands including Sungrow, SolarEdge, Fronius, and Solis
- AC output flexibility for a range of home configurations
- 10-year warranty
What We’ve Seen in the Field
BYD batteries are a solid, no-frills option that works well in most residential solar power systems.
We recommend BYD batteries to homeowners who want to start their solar journey with a smaller investment and expand the battery system over time as their electricity costs or consumption changes.
The Battery-Box is popular with homeowners who already have solar installed and want a proven, affordable entry into battery storage without committing to a large upfront cost.
BYD’s global manufacturing scale also means strong parts availability and pricing stability — these batteries aren’t going anywhere.
Best For
Homeowners wanting to start small and scale their solar battery system up over time.
Those seeking strong value in the mid-range of batteries in Australia.
Anyone wanting BYD’s global manufacturing track record backing their home battery investment.
6. Sungrow SBR — Best for Sungrow Solar System Owners
If your home already has a Sungrow hybrid inverter — one of the most popular solar inverters in Australia — the Sungrow SBR batteries are the natural upgrade.
Native integration between a Sungrow inverter and Sungrow batteries means a single app, seamless communication, and no compatibility concerns.
Key Specs
- Usable capacity: 9.6kWh–25.6kWh (modular)
- Lithium iron phosphate chemistry
- DC coupled battery design — more efficient than AC coupling for new installs
- Works with Sungrow’s SH hybrid inverter range
- Sungrow hybrid inverter and SBR batteries share one ecosystem and one monitoring app
What We’ve Seen in the Field
Sungrow batteries are one of the cleanest installs we do — particularly for new solar systems where we’re specifying solar panels and batteries together from scratch.
DC coupling means solar energy flows directly from the solar panels into the batteries without an AC conversion step.
This improves overall system efficiency by 2–5%, which adds up meaningfully over a 10–15 year battery life.
The Sungrow inverter and SBR battery combination is also one of the most installer-friendly setups we work with — commissioning is straightforward, and the monitoring platform is reliable.
Best For
Homeowners already on a Sungrow inverter wanting to add battery storage.
New solar system builds where DC coupling efficiency is a priority.
Those who want a single-brand solar power system ecosystem managed through one app.
7. SolarEdge Home Battery — Best for SolarEdge System Owners
SolarEdge has a strong presence in the Australian market, and the SolarEdge Home Battery is the logical addition for anyone already running a SolarEdge solar system.
Like Sungrow, the integration is tight — everything runs through the same app, and the system is engineered to work as one unit.
Key Specs
- Usable capacity: 9.7kWh
- Li-ion chemistry (NMC — not LFP)
- DC coupled battery
- Designed specifically for existing SolarEdge solar systems
What to Watch
The SolarEdge battery uses lithium ion rather than lithium iron phosphate chemistry.
This means fewer cycles over its lifetime and marginally higher thermal sensitivity — worth factoring in for Perth’s summer conditions.
It remains a solid choice for existing SolarEdge systems, but less compelling as a standalone recommendation for new solar installations where LFP batteries are the clear 2026 standard.
Best For
Homes with existing SolarEdge solar systems.
Owners who want to stay within the SolarEdge ecosystem without introducing a second app or monitoring platform.
AC Coupled vs DC Coupled: Which Battery Connection Is Better?
One of the most common questions we get when customers are choosing between batteries is whether to go with DC coupling or AC coupled batteries.
Here’s the plain-English explanation.
DC Coupled Batteries
DC coupled battery systems connect the batteries directly to the solar panels before the inverter conversion step.
Solar energy flows straight from the panels into the battery — no conversion loss.
DC coupling is typically 2–5% more efficient than AC coupling, which adds up significantly over a 10–15 year battery life.
It’s the better choice for new solar installations where you’re specifying the whole system together.
AC Coupled Batteries
AC coupled batteries sit on the output side of your existing solar inverter.
They convert DC solar power to AC, then back to DC for storage, then to AC again for use — a double conversion that costs a small amount of efficiency.
However, AC coupled batteries work with virtually any existing solar system without replacing the inverter.
If you have a working solar inverter from Fronius, Solis, SolarEdge, or another brand, AC coupling is the smarter economic choice.
Which Should You Choose?
New solar system? Choose DC coupling.
Retrofitting batteries onto existing solar panels and an existing inverter? AC coupled batteries are almost always the right call.
Lithium Iron Phosphate vs Lithium Ion: Why Battery Chemistry Matters
Most of the best batteries in Australia in 2026 use lithium iron phosphate (LFP) chemistry — not standard lithium ion.
The difference matters significantly for Australian conditions.
Lithium Iron Phosphate (LFP)
- Significantly more stable — much lower thermal runaway risk
- Rated for 4,000–6,000 cycles (10+ years of daily use)
- Performs well in high temperatures — critical for Perth summers
- Slightly lower energy density (physically larger per kWh)
- Used by: Sigenergy, iStore, GoodWe Lynx, AlphaESS, BYD, Sungrow
Standard Lithium Ion (NMC)
- Higher energy density — more compact per kWh
- Typically rated for 3,000–4,000 cycles before significant degradation
- Less stable at high temperatures
- Used by: SolarEdge Home Battery and some older-generation products
For Australian conditions, lithium iron phosphate is the right chemistry for most home batteries.
When you’re evaluating batteries in Australia, treat LFP as the baseline expectation for any serious product in 2026.
How to Choose the Right Solar Battery for Your Home
Step 1: Know Your Energy Needs
Before comparing battery brands, understand how much electricity your home uses overnight and whether you have backup power requirements.
A household using 20kWh per day typically needs 8–12kWh of usable battery capacity to cover evening and overnight demand from solar storage.
If you have an EV, add 5–15kWh of overnight charging demand on top of that figure.
Step 2: Check Compatibility With Your Existing Solar System
Not all home batteries work with all solar inverters.
If you have an existing solar system, confirm whether the battery supports AC coupled installation — or whether you’d need to replace your existing inverter to go DC coupled.
Most solar batteries installed today via retrofit are AC coupled batteries. This is normal and effective.
Step 3: Compare Usable Capacity, Not Total Capacity
Always compare usable capacity — not the total rated capacity.
Most batteries reserve 10–20% at each end as a buffer to protect long term reliability.
A battery marketed as “10kWh” may have only 9kWh of actual usable capacity.
Check the spec sheet, not the marketing headline.
Step 4: Confirm Backup Power Capability
Some batteries only work in grid-tied mode — they shut down in a blackout.
If backup power matters to you (and in WA where storms can cause outages, it should), confirm your chosen battery has automatic switchover to off-grid backup mode.
Sigenergy, iStore, and GoodWe Lynx all support whole-home backup capability.
Step 5: Factor in All Installation Costs
The battery hardware price is only part of the picture.
Installation costs vary depending on switchboard complexity, metering requirements, and the distance from the battery to your switchboard.
Get at least two quotes from CEC-accredited installers, and confirm the quote includes all installation costs — not just hardware.
Step 6: Understand the Warranty Terms
All the batteries we recommend carry a 10-year product warranty.
But read the fine print: some warranties cover throughput (total energy cycled), some cover years only, and some cover both.
A warranty that guarantees 70% capacity retained at end of year 10 is more meaningful than one that simply states “10 years.”
Perth-Specific Considerations for Solar Batteries
Perth’s solar resource is one of the best in the world — averaging 5.5–6.5 peak sun hours per day.
That’s excellent news for both solar panels and battery storage, but it also means high temperatures that some battery chemistries handle better than others.
Summer Heat and Battery Performance
During Perth’s January–February peak, rooftop temperatures regularly exceed 50°C.
LFP batteries handle this significantly better than lithium ion alternatives in our experience — we’ve seen meaningful differences in real-world degradation rates between the two chemistries after 3–4 years of Perth summers.
DEBS and Battery Economics in WA
Western Australia’s Distributed Energy Buyback Scheme pays 10c/kWh during peak hours (3pm–9pm) and 2c/kWh off-peak.
At 2 cents, exporting excess energy is barely worth doing — batteries that store that energy for self-consumption are worth dramatically more than the export alternative.
The combination of high solar output, low export rates, and expensive evening electricity makes Perth one of the strongest business cases for home battery storage in Australia.
VPP Eligibility in WA
Both Synergy and Horizon Power customers in WA can access VPP programs to meet the federal rebate requirement.
Horizon Power customers in regional WA attract a higher state battery rebate of $380/kWh — significantly more than the Synergy $130/kWh rate.
If you’re in a Horizon Power area, the combined rebate available is substantially larger than metro Perth.
What We’ve Seen After Installing Batteries Across Perth
After installing solar batteries in homes across Perth — from Joondalup to Fremantle, Baldivis to Ellenbrook — here’s what we’ve learned from the field.
Most customers see their electricity bills drop by 60–85% in the first year after adding battery storage to an existing solar system.
The homes that see the best results are those with high afternoon consumption — families home from school, cooking, air conditioning — where the timing of peak demand times aligns perfectly with stored solar energy being released.
Battery performance in Perth summer is a genuine field consideration, not just a spec sheet point.
LFP chemistry batteries have universally outperformed lithium ion alternatives in our experience during January and February heat peaks.
The payback period we see in practice is shorter than theoretical models suggest.
Most customers also adjust their energy behaviour once they can see real-time flows through their battery app — and that behaviour shift compounds the savings further.
The combination of solar panels, battery storage, and time-of-use awareness typically results in a 4–5 year real-world payback on a system designed to last 10–15 years.
Solar Battery Installation: What to Expect
How Long Does Installation Take?
A typical home solar battery installation takes 4–8 hours for a single battery.
More complex installs — three-phase systems, switchboard upgrades, or multiple battery modules — can take a full day.
Your installer will coordinate with Western Power for any metering changes required.
Do I Need a New Meter?
In most cases, yes — a smart meter is required to access time-of-use tariffs and to participate in a VPP scheme.
Your installer or energy retailer can arrange the meter upgrade. This is typically done by Western Power at no additional cost, though wait times vary.
What Happens After Installation?
Once your solar battery system is installed, your installer will commission the system, set up your monitoring app, and walk you through how to read your energy flows.
Most battery brands offer smartphone apps that show solar production, battery state of charge, grid import and export, and self-consumption percentage in real time.
We recommend checking your app regularly in the first month to understand your household’s patterns and optimise any time-of-use settings.
How Much Can You Save With a Solar Battery?
The savings from home batteries depend on your consumption patterns, your tariff, and how well your battery is sized relative to your solar panels.
For a typical Perth household:
- Average quarterly electricity bill before solar + battery: $600–$900
- After solar panels only: $250–$400 per quarter
- After solar panels + battery storage: $50–$150 per quarter
That’s a saving of $1,800–$3,000 per year for many households.
Over 10 years, that’s $18,000–$30,000 in electricity savings — well ahead of the original installation cost, especially after rebates.
How much electricity you save depends on the size of your solar panel array, your overnight energy use pattern, whether you have an EV, and your VPP participation terms.
There’s also an environmental benefit worth mentioning.
A typical Perth home with solar panels and battery storage reduces its carbon emissions by 3–5 tonnes per year compared to grid-only power.
That’s a meaningful contribution to reducing greenhouse gas emissions — the equivalent of taking a car off the road — in addition to the financial savings.
Frequently Asked Questions
Are solar batteries worth it in Australia in 2026?
Yes — particularly in WA where the DEBS off-peak buyback rate of 2 cents makes exporting excess energy nearly worthless.
Battery storage lets you use your own electricity at full retail value instead of selling it for 2 cents and buying it back at 28 cents.
With the 2026 federal and WA rebates, the payback case is stronger than it’s ever been.
How long do most solar batteries last?
Most solar batteries rated on LFP chemistry are designed for 4,000–6,000 charge cycles — roughly 10–15 years of daily use.
Most batteries in Australia come with a 10-year product warranty.
What is the cheapest solar battery in Australia?
Entry-level batteries start around $8,000 installed.
After the federal and WA rebates, effective costs can drop to $4,500–$6,000 for a 10kWh system.
BYD Battery-Box and GoodWe Lynx consistently offer the most competitive pricing in the mid-range.
Can I add batteries to my existing solar system?
Yes — AC coupled batteries like the GoodWe Lynx and iStore are specifically designed for this.
You don’t need to replace your existing solar panels or inverter in most cases.
Do I need to join a VPP to get the 2026 battery rebate?
Yes — the federal Cheaper Home Batteries Program requires VPP participation as a condition of the rebate.
This is not optional, but dispatch events are infrequent and your battery is never fully depleted by VPP operation.
What is the best battery for backup power in Perth?
The Sigenergy SigenStor is the strongest option for whole-home backup — particularly on three-phase properties — with its high continuous power output and off-grid capability.
iStore and GoodWe Lynx are also excellent choices for reliable backup power in single-phase homes.
Which batteries work best in Perth’s heat?
All the LFP chemistry batteries — Sigenergy, iStore, GoodWe Lynx, AlphaESS, BYD, Sungrow — handle Perth summer conditions better than lithium ion alternatives.
We strongly recommend LFP chemistry batteries for Perth installs based on what we’ve observed in the field over multiple summers.
How do I sell energy back to the grid with a battery?
Under DEBS, your solar system automatically exports any excess energy to the grid.
With a battery, you can programme your system to store overnight and export strategically during the 3pm–9pm peak window when the rate is 10c/kWh rather than the 2c off-peak rate.
Some battery apps and VPP schemes automate this optimisation for you.
What solar panels work best with these batteries?
All the battery systems we’ve listed are compatible with quality solar panels including Jinko Solar, JA Solar, Risen Energy, and EGing.
The solar panel brand matters less than pairing the right battery with the right inverter for your specific home configuration.
What happens to most solar batteries at end of life?
Most solar batteries are recyclable — lithium iron phosphate batteries in particular have a well-established recycling pathway.
At end of life, contact your installer or the battery manufacturer’s Australian distributor for responsible disposal or recycling options.
A greener future means thinking about the full lifecycle of the equipment, not just the energy savings during operation.
Getting a Quote for Solar Batteries in Perth
When you’re ready to move forward, here’s what to ask your installer:
- Is the installer CEC accredited?
- Does the quote include all installation costs, switchboard work, and metering?
- Which VPP scheme do they recommend, and what are the terms?
- What rebates will be applied at point of sale versus claimed after installation?
- What monitoring app comes with the system, and how is warranty service handled locally?
Getting at least two quotes for any battery system is good practice — not necessarily to find the cheapest price, but to compare the system design recommendations and build confidence in what’s being proposed.
The right battery for your home depends on your existing solar system, your energy needs, and your long term goals — there’s no single right answer for every household.
Vista Electrical Controls are CEC-accredited solar battery installers based in Perth, WA. We install AlphaESS, iStore, GoodWe, Sungrow, BYD, SolarEdge, and Sigenergy battery solutions across the Perth metro area and regional WA, paired with quality solar panels from Jinko Solar, JA Solar, Risen Energy, and EGing.