Personal data privacy in a home solar or battery purchase?

Energy consumption data monitored by a modern solar energy system provides privileged insight into the pulse of your home or business’s operation. When most people invest in solar energy, they consider savings, reliability, and long-term energy independence. Increasingly, another question sits quietly in the background: how secure is the technology behind it?

Contents

Key insights

  • Connected solar systems generate data through smart inverters and monitoring platforms, making transparency and responsible data handling essential.
  • Most cybersecurity risks are manageable with proper system configuration, strong access controls, and regular software updates—not fear or complexity.
  • Perth Solar Warehouse prioritises security by design using trusted technology partners and clear, customer-first data protection practices.

Modern home solar energy systems have evolved beyond just panels and wiring. They now incorporate smart inverters, energy consumption data, online monitoring platforms, and grid connectivity for optimal performance. While this connectivity offers significant advantages, it also raises valid concerns about data privacy and cybersecurity.

Where concerns usually arise

For customers, concerns tend to focus on a few key areas:

Smart energy systems and monitoring apps. These devices track the amount of energy a system produces and uses, often in real-time. While this data helps optimise performance and flag faults early, it can also reveal patterns about when a home is occupied or how a business operates.

Remote access and grid connection. Cloud-based dashboards allow owners and installers to view system performance from anywhere. Like any online service, security depends on strong passwords, controlled access and regular software updates.

Data privacy. Customers want to know what data is collected, where it is stored, and who can access it—especially in businesses, where energy data can reveal commercial activity.

These are legitimate considerations, not reasons for alarm. As PSW Energy has highlighted in its own consumer guidance, the real issue is not connectivity itself, but whether cybersecurity and data handling are treated as core design features rather than afterthoughts.

Keeping risk in perspective

The most common risks in solar systems are not dramatic cyberattacks. They are simple issues such as default passwords left unchanged, outdated firmware, or unclear access controls. When systems are properly configured and supported, the likelihood of unauthorised access is very low.

For homeowners, the impact of a security lapse is usually limited to privacy and peace of mind. For commercial customers, the stakes can be higher, which is why transparency and good system design matter even more.

How PSW approaches security

At Perth Solar Warehouse, we prioritise cybersecurity as part of our system quality. We adopt a consumer-awareness approach similar to that of PSW Energy, but with a clear emphasis on what matters most to our customers in their daily lives. In practice, this means we:

  • Select reputable technology partners with a strong track record in security.
  • Configure our systems to limit access only to those who absolutely need it.
  • Ensure that monitoring platforms are established with sensible security controls from the very beginning.
  • Treat customer energy data as confidential, rather than as a product to be shared or sold.

Moreover, we strive to explain these choices in simple, easy-to-understand language. Our customers should not have to decipher technical documentation to understand how their data is handled.

Customers should feel comfortable asking

As a homeowner or business owner, it’s important to ask the following questions:

1. What data does my system collect, and for what purpose?
2. Where is this data stored?
3. Who has access to my monitoring platform?
4. How are software updates and security patches managed?

Clear and straightforward answers to these questions are often the best indicators of a provider’s commitment to security.

Confidence, not fear

Solar and battery systems are long-term investments. They will sit quietly on your roof or in your utility room for decades, generating power and data every day. Understanding how that data is protected is not about worrying; it’s about building confidence.

It is entirely possible to have secure and privacy-conscious solar systems. When providers prioritise transparency, reasonable safeguards, and responsible data practices, customers can enjoy the advantages of modern energy technology without unnecessary concerns.

If you would like to discuss how Perth Solar Warehouse designs and supports secure solar installations, whether for residential or commercial purposes, our team is always available for a transparent and honest conversation.

References

PSW Cybersecurity and Personal Data Management Policy ›

Alignment Notice [Perth Solar Warehouse]: Cyber Security Notice ›

Governance: Unified Cybersecurity and Data Protection Commitment ›

Cheaper Home Batteries Program Changes for WA Households

On Saturday, 13 December 2025, the Australian Government announced essential updates to the Cheaper Home Batteries Program, which will commence on 1 May 2026. For Perth and wider Western Australian households, these changes don’t remove the battery discount – but they do affect how much support you can receive and when it makes most sense to install a system.

This article walks you through what’s changing, what’s staying the same, and how to plan your next steps with confidence.

Contents

Key points

  • The federal battery program is expanding significantly: The Australian Government has increased funding for the Cheaper Home Batteries Program from $2.3 billion to an estimated $7.2 billion, aiming to support over 2 million battery installations by 2030.
  • The rebate calculation will change from 1 May 2026: From this date (subject to regulations being made), the STC Factor will be reduced and adjusted every 6 months, meaning the per-kWh discount will gradually decline faster than previously planned.
  • Support will be tiered based on battery size: After 1 May 2026, the rebate will apply at: 100% of the STC Factor for the first 0–14 kWh, 60% for 14–28 kWh, and 15% for 28–50 kWh of usable capacity.
  • Timing matters for households planning to install: Your installation date determines the rebate. Installing before 1 May 2026 locks in the higher current STC Factor and avoids the new size-based tapering. Installing after this date still offers substantial discounts, but at reduced levels, especially for medium and large systems.

A quick refresher of how the Cheaper Home Batteries Program works now: The Cheaper Home Batteries Scheme (battery rebate) is a national initiative designed to make battery storage more affordable by reducing the high upfront cost that has traditionally held people back. Right now, the program:

  • Provides a discount of around 30% off the upfront cost of eligible battery systems between 5 kWh and 50 kWh.

  • Applies to batteries connected to new or existing solar PV systems.

  • Delivers the discount through Small-scale Technology Certificates (STCs) under the Small-scale Renewable Energy Scheme (SRES).

  • Is funded by the Australian Government and administered by the Clean Energy Regulator (CER).

In practical terms, most customers see the benefit as an upfront reduction on their quote or invoice, with the installer or retailer handling the STC side of things in the background. You can instead choose to manage STCs yourself through the REC Registry, but most people prefer the simpler “discount on the bill” option.

The program is also designed so that the discount will be reviewed at least annually and gradually decrease until 2030, in line with expected reductions in battery prices.

What exactly was announced on 13 December?

On 13 December 2025, the government announced that the Cheaper Home Batteries Program will be significantly expanded and adjusted from 1 May 2026. The key points are:

  • Program funding will increase from the original estimate of $2.3 billion to an estimated $7.2 billion over the next four years.

  • The government expects this to support over 2 million battery installations by 2030, adding around 40 GWh of storage capacity to the grid.

  • To keep the discount “about right” as batteries get cheaper, the way the discount is calculated will change from 1 May 2026.

Those calculation changes revolve around two levers:

  1. The STC Factor (how many STCs you get per kWh of battery capacity).

  2. How that factor is applied to different battery sizes.

Change 1: Faster and deeper reductions to the STC Factor

Currently, the discount you receive depends largely on a single number called the STC Factor, which represents the number of STCs you can create per kilowatt-hour (kWh) of usable battery capacity. From 1 May 2026, the government plans to adjust this factor so that it:

  • Declines more frequently – every 6 months, instead of annually.

  • Declines at a higher rate than initially planned.

The formal table in the announcement indicates that for the period 2026–2030, the existing STC Factor and the proposed new STC Factor begin to diverge. For example, in 2026:

Year
Period
Existing STC factor
Proposed STC factor
2026
January — April
8.4
8.4
2026
May — December
8.4
6.8
2027
January — June
7.4
5.7
2027
July — December
7.4
5.2
2028
January — June
6.5
4.6
2028
July — December
6.5
4.1
2029
January — June
5.6
3.6
2029
July — December
5.6
3.1
2030
January — June
4.7
2.6
2030
July — December
4.7
2.1

Source: Department of Climate Change, Energy, the Environment and Water, Table 1

The pattern continues in later years, with the proposed factor dropping more quickly in each 6-month period than previously planned.

What this means for you: The date your battery is installed determines which STC Factor applies. A battery installed before 1 May 2026 will use the higher existing factor, while one installed on or after 1 May 2026 will use the lower proposed factor for that period.

Change 2: Tiered support based on battery size

The second big change is how the STC Factor is applied across different battery sizes. Today, the calculation is relatively simple: the same STC Factor applies to each kWh of usable capacity, up to the program’s cap, so larger systems attract proportionally larger discounts.

As of May 1, 2026, the program will continue to support batteries up to 50 kWh, but the level of support will decrease as the system size increases. The proposal sets out three capacity bands for the first 50 kWh of usable storage:

Banding – kWh
STC Factor
0 kWh up to 14 kWh (inclusive)
The STC Factor applies at 100% (full value)
Every kWh greater than 14 and up to 28 kWh (inclusive)
The STC Factor applies at 60% of its value
Every kWh greater than 28 and up to 50 kWh (inclusive)
The STC Factor applies at 15% of its value
You can still install up to 100 kWh, but the rebate calculation tapers off after 50 kWh.

In simple terms:

  • Smaller and moderate-sized batteries (up to about 14 kWh) will continue to receive the strongest support per kWh.
  • Larger systems will still get help, but each extra kWh beyond 14 kWh will attract less rebate, and even less again once you pass 28 kWh.
  • The new structure is designed to maintain an overall discount of around 30% for common system sizes, aligning with declining battery costs and ensuring the budget can support more households.

Eligibility under the updated program

The announcement on 13 December focuses on changes related to funding and calculation but does not alter the eligibility criteria for participation. Most households in Western Australia will still need to meet the following requirements:

  • You are an Australian household, business or community organisation installing an eligible battery.

  • The battery is 5–100 kWh usable capacity and connected to rooftop solar.

  • The battery and installer both meet accreditation and safety requirements outlined in the Renewable Energy (Electricity) Regulations 2001.

  • The system is installed and documented in a way that allows STCs to be created for the battery component.

For more detailed eligibility conditions, the government still directs people to the full regulations and official eligibility guidance.

PSW Customer FAQ's

Our responsibility is to minimise PSW customer inconvenience due to this adjustment in battery rebate values.

Priority 1: Existing customers. We’ve been building improved installation capacity over the Q4 2025 period. This will ensure existing PSW customers scheduled from May 1 2026 have the opportunity to come forward to ensure the rebate amount remains unchanged.

Most likely reschedule date availability: March or April 2026.

If your installation date can not be brought forward, a contract revision is required.

No.

The advertised battery package costs on the Perth Solar Warehouse website is receiving an update from December 15 to December 31st to factor the new rebate variables.

Possibly. Your rebate is determined by the installation date, not the quote date.
If your install occurs after 1 May 2026, the new lower STC Factor and tiering rules will apply.

Our first priority, given the shift is to existing customers and ensuring their installation can be scheduled earlier.

Yes.

If the quoted rebate was calculated under the current STC Factor and you install after 1 May 2026.

It’s best to request an updated quote reflecting both pre- and post-May scenarios. Please note that within one week of the announcement we are adjusting forms and quoting templates and this information may not be available (pre-Christmas 2025).

Yes.

Yes. The federal program is designed to work alongside state schemes, including the WA Residential Battery Scheme.

Eligibility criteria for each scheme are separate, so you may be able to receive both, depending on your circumstances.

Important: In scenarios like this, inbound customer inquiries surge. With a limited amount of locally based staff, we’ll do our best to respond promptly. However, please note that there will likely be a delay in response times. 

References

Australian Government, Department of Climate Change, Energy, the Environment and Water: Cheaper Home Batteries Program

Clean Energy Regulator | Smart Energy Council

2x Your SigenStor DCEV charging speed with a software upgrade

If you purchased a 12.5 kW Sigenergy SigenStor EVDC Charger from Perth Solar Warehouse, you have great news: your charger can now be upgraded to a 25 kW charging capacity through an over-the-air software update. This means no new hardware, no electrician visit, and no disruption.

This manufacturer-supported upgrade allows eligible customers to unlock double the charging power with a paid software license. As a result, you’ll enjoy faster EV charging and greater long-term value from the system you already own.

Contents

Key insights

  • Double your charging power instantly: Upgrade your existing 12.5 kW Sigenergy EVDC Charger to 25 kW via a simple over-the-air software unlock, with no hardware changes or site visit required.
  • Gain the performance of a 25 kW DC charger for a fraction of the cost of replacing your unit, delivering faster charging, improved future EV compatibility, and better use of your solar and battery system.

Unlocking the 25 kW charging capability offers several real-world benefits, including significantly faster charging times that are particularly advantageous for busy households or those with multiple electric vehicles. This upgrade also reduces wait times when topping up your vehicle, allowing for a more efficient driving experience. Furthermore, it enhances the utilisation of solar, battery, and grid power within your Sigenergy system, making it a more sustainable option.

Significantly, this enhancement raises the maximum charging limit of your EVDC charger from 12.5 kW to 25 kW. However, it is essential to note that the actual charging power available at any given time will still depend on factors such as the energy generated by your solar PV system, battery capacity, inverter rating, and grid input. This is normal system behaviour and does not indicate a fault.

Performance expectations (very important)

After upgrading to 25 kW, your Sigenergy EVDC charger will be capable of delivering up to 25 kW of DC charging power, provided that sufficient energy is available in your system. This device unlocking means faster charging when solar production is strong, battery capacity is available, or grid support is enabled.

If energy availability is limited, such as during low solar output or when household energy demands are high, the charger will automatically adjust and operate at a lower power level. This behaviour is normal and ensures that your system operates safely and efficiently, while also taking advantage of higher charging speeds whenever conditions permit.

No Hardware Changes – 100% Over-the-Air

One of the most significant advantages of this upgrade is convenience. The 25 kW capability is unlocked via a software license activated remotely using the mySigen app. That means:

  • No charger replacement
  • No rewiring or physical modifications
  • No technician site visit required

Once the license is purchased and activated, the charger is digitally upgraded and ready to deliver higher power when system conditions permit. For older EVDC units, Sigenergy provides an updated nameplate at no charge to ensure regulatory compliance.

Cost

The fee to unlock the 25 kW upgrade is $1,100 AUD. This represents an exceptional value compared to purchasing a brand-new 25 kW DC charger and covering the installation costs. By choosing the upgrade, you effectively double your charger’s capacity at a fraction of the cost of replacement, all while retaining the trusted Sigenergy hardware that is already integrated into your energy system.

How to Get Started

If you’re interested in upgrading and unsure how to move forward with confidence, Perth Solar Warehouse is here to help ensure that PSW customers have a suitable system and guide them through the process. Alternatively, if you’re ready and willing, follow these three steps:

  1. Open the mySigen app and visit the Mall section.
  2. Purchase the SigenStor EVDC 25kW Fast Charging License with a credit card.
  3. Receive your License Key, copy it, and activate it on your specific EVDC device.

Note: For older EVDC models, a free replacement nameplate will be provided and must be installed to meet local regulatory requirements.

Reference

Sigenergy Application Note: Upgrade SigenStor EVDC from 12.5kW to 25kW

PSW Energy: How to: 12.5 kW SigenStor EVDC charger upgrade to 25 kW

The homeowner’s guide to Australia’s Tindo Solar panels

The homeowner’s guide to Australia's own Tindo Solar panels

For Australian homeowners considering solar options, Tindo Solar is a distinctly local choice. As the only mass-market solar panel manufacturer in the country, Tindo panels provide features that many imported brands lack: engineering specifically designed for Australian conditions, rigorous domestic quality control, and warranty support that is fully managed onshore.

This guide offers a comprehensive overview of Tindo’s current solar panel lineup, including insights on performance, warranties, pricing, and a comparison to mainstream brands. Whether you are new to solar energy or looking to compare options for your home, this overview aims to give you the clarity you need to make an informed decision.

Contents

Key points

  • Australian-made for Australian conditions: Tindo panels are locally manufactured in Adelaide and engineered specifically to withstand high heat, strong UV exposure and harsh weather, offering long-term reliability in Australian climates.
  • High-quality N-type technology: The Walara series uses modern N-type TOPCon monocrystalline cells with strong efficiency, slower long-term degradation and robust construction, ensuring consistent performance over 25+ years.
  • Stronger warranty and easier support: With a 25-year product and performance warranty handled directly within Australia, Tindo offers easier, more reliable after-sales support than many imported brands.
  • Higher upfront cost, stronger long-term value: While more expensive per watt than many global brands, Tindo’s superior build quality, domestic quality control and local backing provide better lifetime value and peace of mind.

When we say Australian-made, many homeowners appreciate that warranty support is provided by an Australian company with a physical presence, rather than relying on offshore distributors.

Tindo Solar panels are promoted to be designed for the harsh Australian climate. Such a claim would enable them to perform reliably under high temperatures, UV exposure, and variable weather conditions, further enhancing their long-term durability. Verified specifications can often assist in this regard, and we will compare these figures against those of international mainstream brands below. 

Which to consider

Tindo’s latest residential product range is the Walara series, which features two high-performance monocrystalline N-type TOPCon models: the Walara 440 W G4P and the Walara 475 W Full-Black Edition. Both models utilise advanced cell technology designed to maximise efficiency while ensuring stability in extreme heat conditions.

Model
Power
Efficiency
Temp
COEF (°C)
Weight
Download
Tindo Walara 440G4P
440 W
22.6%
-0.3%
21 kg
Datasheet
Tindo Walara 475G4P-BL
475 W
21.9%
-0.3%
23.5 kg
Datasheet

1. Tindo Walara G4P (440 W): The Walara 440 W is designed to fit comfortably on standard residential rooftops, with dimensions of approximately 1722 × 1133 × 35 mm and a weight of around 21 kg.

2. Tindo Walara G4P-BL (475 W): The larger 475 W Full-Black panel, perfect for homeowners looking for a sleek all-black design, measures approximately 1910 × 1133 × 35 mm and weighs around 23.5 kg.

The N-type TOPCon cell technology used in these modules offers superior resistance to long-term degradation compared to older P-type cells, which means the panels are less likely to lose efficiency over time. Additionally, each panel features a 16-busbar design, which reduces internal resistance and enhances energy capture during variable light conditions—an essential factor for rooftops that may experience partial shading or inconsistent orientation.

Performance, Heat Behaviour and Longevity

Due to the extremely high rooftop temperatures in Australia, solar panels must perform effectively in hot environments. Tindo’s Walara solar panels can safely operate at temperatures up to 85 °C and have a temperature coefficient of approximately -0.30% for every degree above the standard test temperature of 25 °C. This rating means that for each degree the panel temperature exceeds 25 °C, its output decreases by only 0.30%. While all solar panels experience efficiency loss in high temperatures, Tindo’s panels are specifically designed to compete with leading global brands in terms of high performance, under standard test conditions. CHOICE proven, rest assured knowing that Australia’s home-grown solar panel brand is engineered for long-term stability in hot, high-UV non-standard test conditions.

A typical 6.6 kW residential solar system using Tindo panels can produce approximately 20 kWh of energy per day during winter and up to 40 kWh per day during summer (in Perth, Western Australia), depending on various installation factors. Tindo’s Walara panels are designed to maintain high output over the decades due to the slower degradation rates associated with N-type technology. Tindo guarantees that after 25 years, the panels will still produce at least 87.4% of their original rated power. This degradation rate, averaging less than 0.5% annually, places Tindo panels firmly within the modern high-performance category.

What is the warranty

One of Tindo’s most significant benefits is its 25-year product warranty, which covers workmanship, materials and defects. This is paired with a 25-year performance warranty guaranteeing minimum power output over time. In addition to meeting global warranty standards, Tindo’s local presence enables a faster and more transparent claims process for Australian customers. Because the company is based in Adelaide, homeowners can access support directly, rather than through importers or third-party distributors overseas.

Model
Product warranty period
Performance warranty period
1st year degradation 1
Annual degradation 1,2
Download
Tindo Walara 440G4P
25 yrs
25 yrs
2%
0.4%
Warranty
Tindo Walara 475G4P-BL
25 yrs
25 yrs
2%
0.4%
Warranty
  1. Warranted maximum power output degradation within a nominated period at Standard Test Conditions.
  2. Annual warranted maximum power output degradation at Standard Test Conditions beyond year 1 for the remaining performance warranty period.

Tindo reports extremely low defect rates, crediting its strict “zero-defect” manufacturing philosophy. Each panel undergoes inspection and electrical testing before leaving the factory. It’s worth noting that any micro-inverters or optimisers installed alongside Tindo panels carry their own manufacturer’s warranty, which may be separate from the panel warranty. For this reason, it’s crucial to ensure your installer clearly outlines which components are covered by which manufacturer and for how long.

Where are they made

Adelaide (Mawson Lakes, Technology Park), South Australia. A wholly and independently owned facility dedicated to growing Australia’s opportunity as a proven sustainable energy manufacturer. A virtual onshore company, Knighthood in Australia, Tindo Solar, is distinguished as an ACEPV (Australian Centre of Excellence in Photovoltaics).

What do they cost

As a high-quality Australian-manufactured product, Tindo panels generally fall into the mid-to-upper pricing category. A small residential system of around 6.6 kW is often priced between $5,000 and $6,000 plus inverter or battery cost, roof complexity and installation factors. Many homeowners consider the additional cost worthwhile for the sake of local support, superior build quality and long-term performance.

Model
Example System Size
Average
Cost per kW 1
PSW Price
Tindo Walara 440G4P
6.6 kW
$834
Inquire
Tindo Walara 475G4P
6.6 kW
$834
Discover

1. Average cost per kW installed (after STC value deducted as a point-of-sale discount), excluding inverter or battery cost compatible with the Example System Size, and based on values relevant within 30 days of the article post date.

Ensure these Tindo Solar panels and their listed prices are our best. Get your copy of the latest Perth Solar Warehouse catalogue.

As the most common small-scale system size (residential), a 6.6 kW system is an example. Considering all inverter types, the average cost is divided to provide an Average Cost per kW. The Average Cost per kW can be multiplied by any nominated system size for general system cost guidance. This content is not a substitute for a quoted price.

Quick links: Common alternative system sizes (with prices): 3 kW, 10 kW, 13 kW or 19 kW.

Hassle-free solar. Locally proven, Perth Solar Warehouse. Google & SolarQuotes 4.9/5

Tindo Quote
Tindo Quote

Recommended pairing options

Knowing which Tindo Solar panels to consider is just part of the equation. While some people have specific preferences for their inverters or batteries, others may need a bit more inspiration. Here are some popular product pairings to help you create a future-ready energy system.
Goodwe DNS Inverters Batteries by Perth Solar Warehouse

Standard Inverter: Goodwe DNS-G3 or SDT-G2. It’s hard to overlook Goodwe when considering inverters. While it may fall on the more affordable end of the spectrum, it delivers reliable performance. Their software is excellent, they provide outstanding local support, and they have a solid reputation in the industry. Goodwe manufactures solar inverters that many people appreciate, and their growing market share reflects this.

Review: How good is a Goodwe inverter for your solar project

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Sigenergy Inverters & Batteries by Perth Solar Warehouse

Hybrid Inverter: Sigenergy’s SigenStor is poised to be one of the most disruptive sustainable energy solutions from 2025. If you’re not quite ready for batteries yet, consider starting your new Tindo Solar system with only the Sigenergy Energy Controller/hybrid inverter. It offers both single-phase and three-phase output options, along with industry-leading AI-driven energy management software, and bidirectional EV charging options. One of the best value options for all-in-one, modular storage per kWh. 

Review: Sigenergy’s ‘SigenStor’ is a game-changer for Australia

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Fronius Primo Inverters by Perth Solar Warehouse

Hybrid inverter: With a 20% share of the Australian inverter market, Fronius has established a strong level of trust among consumers. Over the past decade, the company has built a reputation for producing reliable solar inverters, showcasing European innovation in energy ecosystems, particularly with the recent launch of the Fronius GEN24 range.

Review: Is a Fronius inverter worth the extra expense

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Who Tindo Solar panels are best suited for

Tindo Solar is an excellent fit for homeowners who value Australian-made products, prefer local warranty support, and are willing to invest in superior long-term durability rather than chasing the lowest upfront price. The panels are ideal for homes exposed to harsh weather or high heat and for buyers who want a clean, integrated aesthetic without sacrificing performance. On the other hand, homeowners with minimal budgets, minimal roof space requiring ultra-high-wattage panels, or those prioritising global premium branding may find imported panels a better match for their needs.

For most Australian homes, and particularly those in Western Australia, seeking reliable performance in hot, sun-intense conditions, Tindo Solar’s Walara 440 W and 475 W panels offer an appealing balance of efficiency, longevity, and locally backed support. They are engineered for local weather extremes, inspected under rigorous quality control processes and supported by one of the strongest warranties available to Australian homeowners. If long-term value, reliability and local presence matter to you, Tindo stands out as one of the most dependable residential solar panel options available in 2025.

Australian-made solar available in WA by Perth Solar Warehouse

Western Australian homeowners have long trusted Perth Solar Warehouse for reliable, high-quality solar solutions. Today, we’re excited to share one of our most significant announcements yet—one that strengthens local manufacturing, boosts supply security, and gives WA families access to some of the most rigorously built solar panels in the country.

Beginning in 2026, Perth Solar Warehouse will offer Australian-made Tindo solar panels as part of our product lineup.

As Director Derek McKercher shared when announcing the partnership on LinkedIn:
“I’m bringing Australian-made solar panels to Western Australia.”

And we couldn’t be prouder to do exactly that.

Why we chose Tindo

Tindo panels stand out because they’re designed and manufactured specifically for Australian conditions, built locally under some of the strictest quality standards in the world. Unlike many imported alternatives, these panels undergo controlled, transparent, Australian-based production processes that ensure exceptional durability and performance, even in WA’s harsh summer heat and coastal environments. For homeowners, this translates directly into long-term reliability and the confidence that your solar investment is built for our climate rather than adapted to it.

Stronger protection

Just as important are the warranties and performance guarantees behind the product. Tindo panels offer a locally backed 25-year product warranty and a strong long-term power output guarantee, underscoring their durability and expected lifespan. With support handled here in Australia rather than offshore, homeowners also benefit from quicker, more responsive service throughout the life of the system. These protections give families the peace of mind they deserve when making a significant energy decision.

Derek McKercher at Australian Centre of Excellence PV
Tindo Solar manufacturing process 1
Tindo Solar manufacturing process 2
Tindo Solar manufacturing process 3
Tindo Solar Module History Wall
Tindo Solar manufacturing process 4
Derek McKercher Glenn Morelli Tindo Solar

A more secure, local supply chain for WA families

The move to introduce Australian-made solar panels also represents a major leap forward for supply chain security in Western Australia. In recent years, global disruptions have affected solar availability worldwide. By partnering with a domestic manufacturer, we’re ensuring a more stable and predictable supply of premium panels, reducing the risks of shipping delays, shortages, or sudden market fluctuations. It’s a shift that not only supports Australian jobs and industry but also directly benefits WA families planning ahead for a reliable solar installation.

Backed by over 20 years of local energy expertise

With over 20 years of local energy expertise, Perth Solar Warehouse has consistently provided homeowners with reliable and well-supported solar solutions. By incorporating Tindo into our offerings, we align perfectly with our mission to deliver quality installations backed by products we truly trust. This partnership not only expands our range but also represents a significant step toward offering better local choices, higher standards, and long-term confidence for residential customers throughout the state.

Tindo solar panels will be available starting in 2026 through Perth Solar Warehouse. We encourage homeowners who value Australian manufacturing, strong warranties, and reliable supply security to begin exploring their options now. If you’re interested in learning more or want to register your interest ahead of the launch, our team is here to assist you every step of the way. Together, we can support Australian innovation while providing Western Australian homes with quality you can rely on.

Associated

The homeowner’s guide to Australia’s Tindo Solar panels [Perth Solar Warehouse]: Read ›

PSW Energy & Perth Solar Warehouse Adopt Australian-Made Tindo Solar Panels [McKercher Corporation]: Read ›

Tindo Solar packages — Variable sizes [PSW Energy]: Shop ›

Christmas & New Year operating hours 2025/26

As we wrap up another big year of supporting homes and businesses across Perth towards an enhanced electrification shift, we’d like to share our holiday operating hours to help you plan any enquiries or support needs over the festive season. Our team will be taking a well-earned break, but we’ll still be around with reduced staffing before and after the main holiday period.

Holiday operating schedule

Reduced Capacity Period

20 December 2025 – 23 December

During this time, our office will be operating with a smaller team. We’ll continue to assist with enquiries, but response times may be slower than usual. We truly appreciate your patience as our staff begin enjoy some downtime with their families.

Office Closure

24 December 2025 – 4 January 2026

Aligning with the closure of many construction industry affiliated services and suppliers, Our office will be closed for the Christmas and New Year break. Any messages or support requests received during this period will be attended to once we return.

Office Reopening

5 January 2026

A base team will be back in the office, still operating under reduced capacity.

Full Operations Resume

12 January 2026

From this date onward, we’re back to regular manned office hours and our usual turnaround times.

Support requests

All site visit support options for 2025 have been exhausted due to the decreasing availability of technical personnel leading into the holiday season. If you need technical help, remote and online support services are still available. Learn more ›

Thank you, Perth

We’re incredibly grateful for the ongoing support from our local community. Your trust and encouragement continue to inspire our team each year. Thank you for choosing a local Perth business.

On behalf of everyone at Perth Solar Warehouse, we wish you a safe, sunny, and joyful festive season. Enjoy the holidays, and we look forward to assisting you again in the new year.