Category: Solar Panels

I Want to Install Solar But I Don’t Know How Much to Spend

It’s hard to know how much to spend for a solar installation. There’s a huge spectrum between the cheapest systems and the most expensive systems. We’re here to help you make your decision.

It’s hard to know how much to spend for a solar installation. There’s a huge spectrum between the cheapest systems and the most expensive systems. How do you know that you’re not paying too much? When should you be scared of paying too little?

Quality Solar Components vs. Cheap Solar

First: there are always going to be deals that look like fantastic options. There’s a lot of cheap solar out there. But most cheap solar systems are cutting a lot of corners. They aren’t necessarily safe, and the installation isn’t always handled properly. With a cheap solar system, you might not have the maintenance or support that you need.

While you can save money on the initial system and installation, this will likely cost you money long-term. You may need to replace the technology and equipment more frequently, or you could even experience something dangerous and dramatic… like a house fire.

Thus, when comparing solar, you shouldn’t necessarily go with the lowest bid. But how can you know what’s too low?

What Does the Solar Industry Recommend Spending?

Here’s the easiest way to find out what the “going rate” for a solar system in your area is: get a few quotes. Call some solar system companies up and compare different amounts. You’ll likely have some very low bids, but also a lot of bids that are clustered fairly close together. That “cluster” is probably going to be the general, reasonable rates in your area.

When it comes to solar, you get what you pay for. The more you spend, the more care is likely to go into installation and maintenance. A cheaper system may not have any included maintenance: you might need to pay quite a lot every time you need troubleshooting or repairs. The costs of a solar system is only partly the solar panels themselves; it’s also the labor and the services provided.

So, the cost of your system is going to vary, depending on what the company can offer. The company may have higher quality parts and expert technicians who are on call 24/7 to answer your questions. That’s going to be on the more expensive side. On the other hand, a company may have high quality parts, but you may need to pay for all your service calls. That could be more moderately priced.

Average solar power costs for a 3kw system in Australia ranges between $3,000 to $8,000, so you can see that there’s a significant range. And you may add to those costs by doing things like adding batteries, which can store unused power and make your solar system more effective and functional overall. But you can talk with your solar company about your budget and figure out a way to create a system that works best for you.

And don’t forget that there are a lot of tax credits available for both commercial and residential solar power installations. It’s possible that your final cost could be impacted by these tax benefits.

How Can You Pay for Solar?

So, what if the solar system costs in your area are high? You know that solar installations will save you money over time, but you still need to pay the cost of the system to begin with. With housing prices increasing in Australia, that’s not trivial.

But there are ways. Many solar panel companies offer financing, and there are also home equity loans that are open for renovations. It’s often fairly easy to get financing for solar systems, so you don’t need to pay the entire cost upfront.

Don’t assume that you can’t afford a solar panel system. It may be less expensive than you think, and it is going to save you money over time. Instead, get some quotes, compare, and figure out whether your budget will allow for it. You may be able to get an easy payment plan.

Get a quote from Esmart Solar

Try out our new quote form here. Our process is simple: fill out the form and we’ll get back to you.

Going Solar: Are Solar Panel Roof Fires Something I Should be Worried About?

Solar panel fires often hit the news, not only because they’re frightening, but also because they’re rare. Here’s what you need to know about what causes solar panel roof fires and how they can be avoided.

Are you worried about solar panel roof fires? Solar panel fires often hit the news, not only because they’re frightening, but also because they’re rare. While solar panel fires have occurred, they’re generally isolated incidents that can be protected against. Solar panel fires generally occur because the installation itself is faulty, or because corners have been cut when purchasing the right materials.

Here’s what you need to know about what causes solar panel roof fires and how they can be avoided.

What Causes a Solar Panel Roof Fire?

Everyone knows that solar panels are energy-efficient and cost-effective. Not only do they save the environment by using a sustainable, renewable resource for energy, but they also save households money through reduced energy costs.

But like any other type of advanced technology, solar panels can be installed incorrectly, mishandled, or manufactured improperly.

There are two major things that can cause a solar panel roof fire:

  • Poor installation practices. Solar panels need to be installed properly, as they are electronic devices that are creating energy. Most solar panel roof fires are the consequence of installing the solar panels incorrectly. Either the installation isn’t properly reviewed by an electrician, or the cables are mismanaged and lead to a short.
  • Badly manufactured solar panels. Some companies concentrate on profit first, and consequently may not use the best quality solar panels. It’s important to look into the types of solar panels you’re having installed, as well as the company you’re working with. A reputable company is going to use the best quality solar panels available.

In short, if a high quality solar panel is installed correctly, a solar panel roof fire isn’t something that you should worry about. A solar panel installation that has been properly inspected and installed is going to be completely safe.

Protecting Yourself from a Solar Panel Roof Fire

Using trusted solar installers is the most important factor when you’re installing solar panels. Only untrustworthy solar panel installers will use badly made solar panels, or install them incorrectly. A reputable solar panel installer will install well-manufactured, safe panels, and will do so in compliance with the installation best practices.

In 2018, South Australian citizens were warned that at least one company was performing non-compliant solar panel installations, which could be dangerous and potentially catch fire. It was unknown how many citizens could ultimately be impacted, but it was expected to number in the hundreds.

The danger related to these solar panels had nothing to do with the solar panels themselves, but instead due to the non-compliant work the solar panel company was doing. Particularly, the work was not being checked and inspected by a licensed electrician as it should have been.

Many of the solar panels in businesses and residences across Australia were found to have potential issues with wiring or had not been properly inspected after installation. This is something that a trustworthy installer can protect against.

Those with incorrect solar system installations frequently notice that the installation is dispersing far more heat than it should — so there are also indicating factors that homeowners and business owners may notice before a fire ever takes place.

Even so, solar house fires are rare, and substandard solar systems are rarely discovered. Solar systems are occasionally inspected by regulators to determine how many have been installed incorrectly, with about 3.4% of systems potentially being installed in a non-compliant fashion.

Solar Panels Are Perfectly Safe, As Long As They’re Installed Properly

Ultimately, anything that conducts electricity has to be installed properly and inspected by a licensed electrician. If a solar panel installer does not have a licensed electrician available, they are likely cutting corners on the installation and the installation will be non-compliant. A homeowner can also always opt to have their solar panel installation inspected separately to verify that it is safe and correct.

Are you interested in solar panels? Fire incidents are few and far between, and as mentioned, they can be safely avoided by using a trustworthy solar partner. Speaking with a solar company, getting a quote, and finding out more about the installation process can help put you at ease.

Contact E-Smart Solar for qualified solar power installations.

 

Understanding the Key Solar System Components

LG Energy has a comprehensive list of information on everything solar, so we’ve put together some of the most relevant and frequently asked questions we get about key solar system components from their website.

Whether you already have a solar system installed or not, it is important that you understand the main components.

LG Energy has a comprehensive list of information on everything solar, so we’ve put together some of the most relevant and frequently asked questions we get about key solar system components from their website.

1. What happens to the power I don’t use?

A solar system can be connected to the grid using a Gross Meter or Net Meter.

Today most of the solar power electric systems are installed under the Net Meter scheme. A Net metering system means your inverter sends the electricity your system generates to the meter box, and from the meterbox into your house.

If you consume electricity in your house at that point in time the solar system will supply it, therefore this electricity is “free”.

If the amount of electricity generated by your solar power system is more than you consume at that point in time, the additional electricity is exported back to the grid to be used by other people.

Your Net electricity meter then measures how much you exported. The payment you receive for this exported electricity is called the feed-in-tariff. Currently it ranges from 11c to 15c per kWh exported, while you pay between 20c and 45c usually for  one kWh of electricity used. At night you import electricity and the Net meter measures how much you consumed and adds it to the electricity you consumed during the day from the grid.

The rate of feed-in-tariff you get paid varies from State to State and from energy company to energy company. We suggest you shop around. Your solar power system installer may be able to guide you as to which energy retailer offers the best feed-in-tariff rate.

Under Gross Meter scheme all the electricity generated by your solar system is exported back to the grid and you are paid for it usually by way of a credit on your electricity bill. The payment you receive for this exported electricity is called the feed-in tariff, and in the early days of solar were as high as 60c per kWh.

The Gross Meter measures the entire output of the system separately to your electricity consumption. Gross metering support plans ceased to be offered in NSW by  2011 and expired in late 2016. but in other states will be still keep going as long as the mid 2020s. . Net There are no new entrants allowed into these historically very generous support schemes.

2. Can solar PV be put on any roof in any direction?

Australia, being in the Southern Hemisphere sees the sun rise from the East and set in the West. In the middle of the day, the time of best solar irradiation, the sun sits North. There is also a variance throughout the seasons in solar radiance because of the solar solstice. The solstice is an astronomical event that occurs twice each year as the Sun reaches its highest or lowest point relative to the equator.

With the exception of southern facing or shaded roofs, most roofs are suitable to install solar. In Australia, particularly with Net Metering systems, it is important that the solar panels are located taking your own electricity consumption pattern into account. For example if you use most electricity in the morning and during the earlier part of the day then install the panels on the eastern roof. If you after the most solar electricity output from mid morning to early afternoon install the panels on the northern roof. If your children come home at 3pm and turn on all appliances, or you want to offset your air conditioner use as much as possible late in the afternoon, then you want as much solar electricity as possible in the afternoon. Therefore install the system on your western roof. Or if you get a 4 or 5 KW system you can put one solar module string on the northern roof and one string of panels on the eastern or western roof to get the whole day supplied with solar power.

While an eastern or western roof installation will produce between 5% and 15% less electricity than solar panels facing true north, the time you require the electricity and the aesthetic look of the solar system on your house are also important considerations when deciding on where to position the panels.

3. What is Net Metering?

Net meters work by continuously sampling how much electricity is being generated and how much electricity is consumed at your home. At each point in time the meter instantaneously reads the generation and consumption of the premises and the meter records both these amounts. The data is then accumulated in the appropriate register over the billing cycle. The meter is read and the bill is calculated. Now that high government sponsored feed-in tariff have stopped to be available for new customers, it is very likely that a net meter is the best way to meter your electricity after you solar power system has been installed.

Under net metering, the electricity generated by your system and consumed in your home, you pay nothing for this electricity. Whenever the solar power system generation exceeds your homes consumption, this excess amount is exported to the grid and you may earn a feed-in tariff for this exported solar electricity. Check your energy retailers solar feed-in tariff policy.

Therefore, each kWh of electricity your solar system generates and you consume in a billing period, saves you the retail price you would normally pay per kWh to your electricity retailer. For example your solar system generates 15kWh of electricity on a specific day. You use 12 KWh in your house on that day and export 3 kWh. Your electricity price charged by your electricity retailer is 35 cents per kWh and they pay you 10c in feed in tariff for each kWh.

Therefore that day your solar system earned you 12 kWh of electricity at 25 cents you did not have to buy = $3.00 and 15 cents you earned for your exported electricity. Total value of the electricity generated that day will be $3.15.

4. What angle is optimum for solar panels i.e. can they be put flat on a roof?

As Australia is in the Southern hemisphere, the solar panels produce most power when they are pointed directly at the sun i.e. North. The orientation of the panels and the angle they are tilted will have a greater effect on annual energy production.

Most Australian homes have a roof pitch of 20° to 30° which is considered optimum for maximizing solar power generation. However, the panels can be installed anywhere between 10 to 35 deg with negligible efficiency loss. A minimum tilt of 10° is recommended to ensure self-cleaning by rainfall.

Whilst flat installation on roofs is possible, please consider that dust and debris are less likely to be washed off, if the panel is not tilted at least 10 degrees. More frequent panel cleaning by hand might have to be considered in such installation situations.

If your roof’s slope is not ideal, contact your nearest LG solar installer who will advise you on the correct orientation and elevation of your panel. Maybe a tilt frame is an option that could be considered.

5. How do different sizes of panels affect my system? Is a larger panel better?

Panel sizes don’t affect the outcome. A 3.6kWh system is what it says – a 3600W system which can be made up of panels of any size. However in urban areas where roof space is at a premium, higher wattage panels like LG’s 360 NeON R  panels, help you put panels that generate more power on your roof.

6. How likely is it that solar panels could be damaged by hail, frost or extreme heat?

Solar panels are designed to withstand varying weather conditions for many years. Hail, frost and very hot weather are part of the Australian landscape. LG panels are designed and tested to withstand hail stones up to 28mm, 90 degree hot temperatures and up to -40 degree frost.

Nevertheless should extreme hailstones cause any damage to your solar system most of the home insurance companies cover hail damage as the solar system installed on the roof is part of your building. However, different insurance companies can have different rules. We suggest you should find out if your solar power system is covered in your particular circumstances.

7. If I get solar is it recommended that I stay connected to the electricity grid?

Solar systems can be operated with batteries and it is conceivable that you disconnect from the grid. These systems are called off grid solar systems. Nevertheless, such systems require a substantial battery bank which adds significantly to the cost of the solar power system. In most cases an off grid system only makes sense in remote areas.

Lithium storage batteries have been offered to the market since mid 2015. Pricing has already dropped and will continue to reduce. It is anticipated that in the future small storage system for homes will come to the market at even more reasonable prices and this will allow you to use your stored solar power during sunless periods during the day and at night.

You will need certain preconditions to disconnect from the grid in an urban environment

  • A large roof space facing N, NW, NE and potentially also East and West.
  • High productivity panels that enable you to generate more solar power per square meter. For example, the LG NeON 2 panel is rated 315W in contrast to most other panels that are rated 260W-265W.
  • Large capacity, affordably priced solar batteries for daily storage to consume at night. This is a new, burgeoning market that is offering batteries with greater storage capacity at cheaper prices.
  • Affordable long term storage. The greatest storage capacity at the moment is between 15-20kW. To disconnect from the grid, a household would need to store at least a weeks supply of power to allow for rainy days.That would require 100-200kW of storage capacity. Also there are less sunlight hours in winter so affordable long term solutions to store excess summer power needs to be developed with 1000-2000kW capacity.

8. I understand there is a ‘gross’ meter or a ‘net’ meter to measure solar power generation. Which one is the right one for my switch board?

The time of high, government sponsored feed in tariffs has ended, in most cases a net solar meter will best suit your property. Gross meters measure all the electricity generated by your system and all the electricity is exported to the grid. At the time of high feed in tariffs (2009 to 2012), Gross meters were the preferred metering option.

In a net metering situation the solar power system generates electricity and this “solar electricity” then supplies your home/businesses’ electricity needs. What you do not use is exported to the power grid. Make sure your individual electricity retailer gives you a credit for the exported electricity. If they do not, you can explore the options from other electricity retailers for the best offer and option suitable for you. Your local solar installer might be able to recommend the electricity retailer offering the highest feed in tariff.

9. Why are panels different in size and output?

Solar panels are used for a variety of applications from a small garden solar light to space stations and satellites. The use of the solar product determines the size of the panel. In residential solar systems the large panels with average outputs from 250W to 320W are used. LG’s 285W, 300W and 320W panels have been optimised to give you the best value for money.

10. How is the solar energy your solar system generates, measured?

Your electricity meter in the switchboard collects a range of data on how much electricity you consume and how much you generate via the solar system. Strict rules are in place to guide metering practices within the electricity marketplace including measurement requirements. These are set out in the National Electricity Rules.

The data measured by your electricity meter is provided to:

  • your electricity retailer; and
  • the market operator (the Australian Energy Market Operator).

The actual generation and consumption data sent to the electricity retailer is used to calculate your solar bonus payments (feed-in tariff) and your consumption after your solar system supplied your home.

Metering arrangements can vary across different states and energy supply companies. However, the meter measures your electricity consumption and generation continuously, and it is measured in kilowatts per hour (kW/h). This data is then captured, usually for three monthly readings, so that the information can be used for billing purposes.

Learn more about key solar system components on the LG Energy site. Contact E-Smart Solar about any questions you may have about solar.

 

Monocrystalline vs polycrystalline solar panels – which one do I choose?

It’s the question of the moment in Sydney’s Penrith and Blue Mountains communities, so we break it down

It’s a question that’s been coming up a lot lately. All of the information can be overwhelming, and with the technology behind solar it’s hard to know exactly where the sweet spot is with panels unless you’re working with them on a daily basis.

 This is particularly so for the Penrith and Blue Mountains areas where our clients seek the best possible combination of high quality and competitive pricing. But in doing so, questions arise about technology. In solar it’s important to understand the performance advantages offered by the two different materials. After all, does it matter if you install monocrystalline or polycrystalline solar panels for our Western Sydney climate? Is the choice impacted by our home design, particularly in the Blue Mountains where houses are often designed in relation to the landscape? And does brand really matter?

So let’s take a step back for a minute look at the difference between monocrystalline and polycrystalline solar panels, as well as our thoughts on which is better for the cities of Penrith and the Blue Mountains.

What’s the difference between monocrystalline and polycrystalline solar panels?

What the panels are made of

Both monocrystalline and polycrystalline solar panels are built using the same raw material. However the difference comes down to the composition of the silicone substrate used to make the solar cells, which are then used to build the panels. We think of it in terms of “mono” and “poly” – mono means single, where as poly means multiple. This applies to the silicone – monocrystalline means a single crystal, and polycrystalline means multiple crystals. So monocrystalline solar panels are constructed using single crystals, while polycrystalline solar panels are constructed using numerous crystals.

How efficient the panels are

Given that monocrystalline panels are made of single crystals, giving them a higher silicone purity, they’re larger and more efficient. In fact, monocrystalline cells can be over 10% more efficient than their polycrystalline counterparts. This means lower space efficiency – for the same power output as panels made of monocrystalline, you need to cover a larger surface area.

How much the panels cost

But – and there’s always a but – manufacturing a monocrystalline cell takes longer, requires higher temperatures, and produces more waste. And of course increased preparation results in one thing – increased manufacturing costs. But this cost may be offset by the fact that less panels are required.

The pros and cons of monocrystalline versus polycrystalline solar panels

  • Polycrystalline solar panels are ideal for installations with unlimited roof or ground space – suitable for many Blue Mountains homes… but monocrystalline panels are ideal for smaller rooftops or space-confined rooftops as they give more power for the same surface area – suitable for the Penrith CBD
  • Polycrystalline solar panels are ideal for customer to minimise upfront installation costs… but monocrystalline solar panels may offer ongoing savings by maximising your roof space to more harness electricity.

So which is better – monocrystalline or polycrystalline solar panels?

There are arguments each way! Yes, less panels are required if you use monocrystalline solar panels, but then you lack the additional benefit of roof insulation offered by the increased spread of polycrystalline solar panels! OK, so we may be stretching things here but you can see where we’re going… each has their pros and cons.

You also need to remember that there are so many variables to the cost and performance of your system, including your inverter, the orientation of your roof and even the tilt of your solar panels.

So for us, one of the most critical things to consider is the manufacturer.

Why the manufacturer of your solar panels matters

Well here’s our take. Technology is definitely important, but as both monocrystalline and polycrystalline solar panels are each produced with advanced manufacturing techniques (and use proven technology, of course), we need to look further.

Peace of mind: Choosing a proven, quality-focused manufacturer will not only give you peace of mind that they’ll be around for the long-term, but also that they invest on ongoing research and development to continually deliver improved products.

Reliability: The other element is reliability. For most of us, balancing reliability with affordability is a major component of our decision-making – solar is a along-term investment. So choosing a trusted name means that your 25 or 30-year warranty will remain safe because if your manufacturer does go out of business and something goes wrong with your panels, your warranty will be no longer be serviceable.

Minimising your risk: Think about it in terms of risk management. Invest in slightly more today for a reputable provider who’s done their due diligence and invested in quality manufacturing processes and technologies, or risk the possibility of paying more down the track if panels do need repairing.

This is why we’ve done our research and only partner with reputable companies who:

  • Have a long-standing history in innovative solar panel development
  • Demonstrate best practice and invest in quality
  • Deliver outstanding customer service, and
  • Are proactive in the marketplace.

For our clients, LG is a major favourite because they’re looking to future-proof their home and their investment. When considering roof space, battery storage and the possibility of powering electric vehicles in the future, the LG brand offers a diverse range of options to suit.

Their strong performance history and reliability also gives us confidence they’ll be here to honour their product warranties (25 years for NeOnR and 12 years for NeOn2). They’re a multi-billion dollar diversified company, which undoubtedly lowers risk as, unlike other panel brands, there are no majority shareholders or other players involved. LG also has a local office in Eastern Creek so for Western Sydney, Penrith and Blue Mountains customers, this is a bonus!

And of course, with performance they’re right up there. LG now go up to a 360w panel with the same footprint as a standard solar panel (by comparison, Sunpower goes up to a 415w but on a much larger panel size).

But something to think about…

One thing we’re becoming more aware of as innovators such as Elon Musk continue to deliver advancement in the solar industry is the potential of the technology. We already have battery systems and electric cars – where else will the harnessing of solar energy take us? So with this in mind, think of your future needs. At some point, the amount of solar energy we’re able to use will only be limited by the size of the surface area we can place the panels on. So if you want to get the most out of your roof space, maybe think about module efficiency. But remember – it’s not the only consideration!

Over to you

Do you have any thoughts, experiences or questions on monocrystalline or polycrystalline solar panels? Let us know! We’d love to hear your thoughts and answer your questions.

Why now the right time to invest in solar panels for your business

With costs increasing, more and more commercial clients are looking to run leaner. With solar, you can too – and now is the perfect time to install

With rising electricity costs and a significant decrease in the cost of solar systems, solar power has become an incredibly cost-effective energy alternative for businesses.

The larger corporations are definitely leading the charge, but many small and medium-sized companies are now actively investigating exactly how solar energy can have more of an impact on their bottom line. Here, we show you how save money with solar energy for your business.

Why now is the best time to install solar for your business

Solar panels have never been cheaper or so effective – but the cost will rise

We’re seeing it more and more – companies are running leaner to keep up with the rising costs of business. They’re introducing efficiencies and processes, reducing headcount, and even cutting back on some of the essentials of running a business (we’re not talking coffee which is a definite essential, but we are talking things like marketing initiatives).

But many don’t see their ‘fixed’ costs as being something they can actually influence. And electricity is one of those fixed costs. You can run financially leaner by reducing the cost of your power bills with solar panels.

For a business, now is the right time. 2018. The price has come down exponentially over the last 5+ years. From our perspective, ten years ago we used to purchase a 150-watt panel for approximately 80% more than we currently spend for a 360-watt panel. Yes, you read that right! We pay 80% less today for a far superior product.

In addition, the panels are the same size but offer increased efficiency. So think about it – they cost about a third of what they did, yet their efficiency has more than doubled. Why?

Ongoing industry investment has seen incredible development in manufacturing processes. Research and development has seen organic matter cost less per watt to produce while also offering increased solar efficiency. And evolving innovations that look for further solar technology opportunities are spiking commercial interest.

But it will plateau. And we believe it will be soon.

We’ve come an incredibly long way in ten years. But the reality is, we’re working with specialist products that are significant in size. Regardless, there’ll still be shipping charges, docking costs, wholesaler tariffs, and the cost to get them to our door. And like everything else, these costs will continue to increase over time. So while the price point for solar panels has plateaued for a few years, now is undeniably the time to buy.

Government incentives are decreasing

With the Australian Government’s commitment to green energy, we’ve seen an investment in Small Technology Certificates, commonly known as STCs, which are essentially the Government rebate.

But the number of STCs you’ll receive each year drops.

Not only that, but the STC price rises and falls depending on market demand. When it falls, the price of your system increases significantly. It’s currently quite high, saving you money on installation, but it won’t stay like this forever! For business, this presents a significant saving opportunity. Jump on it.

You can currently claim a rebate when investing in solar for your business

We’re no tax accountants, but you do get tax incentives for installing solar panels in your business.

If you own your premises, you can claim your solar panels as capital improvement.

If you lease your premises, you can claim your solar panels as a leasehold improvement.

The investment is depreciated over time. However if you’re a small business, you can also look at the $20k instant tax asset write-off. Provided you use electricity as part of producing your income, you can claim the entire deduction straight away.

Case Study: Commercial business invests in reducing $20k/week electricity costs

We recently provided a ballpark quote for a commercial client. This client currently pays a whopping $20,000 a week for their electricity.

After calculating the numbers, we identified that they required 1,000 panels on a single site. They’re currently investigating the options from an investment perspective as they lease the premises but, regardless, their system will pay itself back well before the lease ends.

But if they don’t do it this year, they’re mad. On a system of this size, the rebate will have a significant impact – thousands of dollars every week and reducing their power requirements from the grid by 50%. And of course, the longer they wait the more the system will cost. So really, every day it’s not on the roof is costing them money.

Historically speaking, there’s never been a better time to install solar panels for your business

From a commercial perspective, the time to install solar panels in your business has never been better.

When you combine the decreased cost of panel prices (alongside the increased efficiency they’re providing), as well as the increasing cost of living, construction industry increases and decreasing rebates – why wouldn’t you do it now?

There’s no point putting it off for a year or two because, just like our client, every day they aren’t on the roof is costing you money.

Over to you

What do you think? Is now the right time for commercial businesses to install solar? Let us know! We’d love to hear your thoughts and answer your questions.