BOXT work with award-winning AIKO panels to give our customers the best output for their investment
Powerful 475W panels
25-year manufacturer’s guarantee
BOXT work with award-winning AIKO panels to give our customers the best output for their investment
In 2025, AIKO was awarded the prestigious 'Top Brand PV 2025' seal for its solar PV (solar photovoltaic) technology, now recognised by five European markets, including the UK, Spain, Italy, Germany and Switzerland.
Their powerful, all-black panels have transformed the solar industry. Each one delivers a superior performance in real-world conditions, like extreme temperatures and partial shading. They also come with BOXT's two-year workmanship guarantee, as well as a 25-year manufacturer's warranty. And allow you to monitor your energy generation and consumption in real-time through a smart app.
Our expert team is dedicated to helping everyone understand the science of solar panels. Andy Pattison, BOXT's Head of Renewable Energy, addresses some of our most commonly asked questions.
“Some companies have started to promote ‘bigger panels’. However, larger solar panels don’t always provide a greater electricity output.
"Due to their larger size, bigger panels will naturally generate a higher output than the smaller panels. However, you may usually fit only one row of the larger 1,956mm panels on your roof, which will provide 520W, versus two rows of the smaller 1,734mm panels on your roof, which will provide 460W.
“This increased output provides you and your family with more free energy to use or sell back to the national grid.”
“Bi-facial panels are a great piece of technology when used correctly. They’re generally designed for solar farms or ground-mounted systems where large amounts of sunlight can be reflected or diffused from the ground below.
However, when these panels are installed on homes, homeowners often don’t get the full benefit. This is because there is not enough space for sunlight to be reflected onto the back of the panels.”
“Modern solar panels are designed to operate all year round, thanks to the latest advancements in high-performance photovoltaic technology.
Charging a battery on an overnight, time-of-use (TOU) tariff is beneficial in winter, as it allows you to store cheaper, off-peak energy for use when electricity is more expensive, potentially for both home energy use and electric vehicle (EV) charging. You can take full advantage of low energy demand periods by setting your battery to charge automatically, ensuring you always have a full battery for the next day and can reduce reliance on the grid.
With that in mind, you can expect to generate, on average, 65%–75% of your annual electricity between April 1st and September 30th. And 25%–35% of your yearly electricity between October 1st and March 31st.*
Remember, production is usually lower during the cooler months due to shorter, darker days.”
“Solar panels can potentially reduce your annual energy bills by hundreds, if not thousands of pounds, depending on the size of your system and overall usage. Add a storage battery and you'll be able to use your free energy 24 hours a day.
The average four or five bedroom home with a 12-panel system and 5.3kW battery can save up to 76% on its annual energy bill. While a 10-panel system and battery on the same home could save up to 66% on its annual energy bill. These estimated savings and percentages are in line with the current energy price cap.”
Top tip: Panels with a longer lifespan will save you more money than panels with a shorter lifespan.
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