Founded in 1981 by Werner Kleinkauf, Günther Cramer, Peter Drews, and Reiner Wettlaufer, SMA Solar Technology AG (originally System, Mess and Anlagentechnik) began as a spin-off from the University of Kassel in Germany.

Initially focused on railway engineering and industrial computers, SMA shifted its focus to solar energy in the early 2000s, rebranding itself as SMA Solar Technology AG in 2008 to emphasise its commitment to solar technology.

Samil Power Co., Ltd. is a subsidiary of the Samil Group, which was founded in Korea in 1992. Initially focusing on variable speed drives and lift controllers, the company expanded into the solar inverter market in 2008. The Samil Group has a strong history in manufacturing variable speed drivers and lift controllers.

Specialising in research and development, production, sales, marketing, and service, Samil Power rapidly emerged as a global leader in the solar inverter industry. At their peak, they employed a workforce of over 700 employees worldwide and the company offered a comprehensive product portfolio catering to diverse solar power applications.

ABB is a Swiss-Swedish multinational corporation that has been a significant player in the energy sector since the 20th century.

ABB's roots trace back to the merger of two electrical equipment manufacturers, Allmänna Svenska Elektriska Aktiebolaget (Asea) from Sweden and Brown, Boveri & Cie (BBC) from Switzerland in 1988. Whilst it was mainly focused on the robotics industry in the 1990s, ABB turned to renewable energy in the 2000s after selling its boiler and fossil fuel operations.

As the world shifts towards sustainable energy sources, the UK has been at the forefront of implementing policies and incentives to encourage renewable energy adoption. With the election in July bringing in a new government, the future of renewable energy in the country is still being determined. The Department of Energy Security and Net Zero have appointed leading industry and academic experts to their Clean Power 2030 Advisory Commission to accelerate their mission for clean power by 2030. They have also assembled a ‘solar taskforce’ to boost solar energy’s role in the clean power mission, with a new solar roadmap set for release soon.

Congratulations on buying a property with an installed Solar PV system! This installation means you can harness the power of the sun to generate a portion of your electricity. Embracing solar energy not only helps you reduce your carbon footprint but also saves you money in the long run.

Solar energy guarantees you lower electricity bills than you pay now, or even no cost at all. And you always have the opportunity to sell any unused electricity to the Grid to earn money back from your system.

Below we will guide you through how solar PV works, how your system will function and how you can benefit.

Birds can be a significant nuisance for homeowners with solar panels. Not only can they leave unsightly droppings on your roof and panels, but their nesting materials and activities can also damage your system.

Pigeons can damage the exterior and interior of solar panels, including the surface and wiring. Pigeon droppings or ‘guano’, contain high levels of acidity and ammonia that can erode wires and damage the surface of solar panels. This can lead to reduced efficiency, increased maintenance costs, and even potential safety hazards such as damaged or corroded cables and/or wiring connections, which can lead to short circuits or total electrical failure.

The energy price cap in the UK is set to increase by 10% from 1 October 2024, resulting in higher annual bills for households. This means that the average dual-fuel household paying by direct debit can expect to see their bills rise to an average price of £1,717 per year. The Price Cap applies to ‘default’ tariffs, or standard variable tariffs (SVT’s), which is around 85% of households due to the recent energy crisis.

The UK government’s Laying Hen Housing for Health and Welfare Grant Round 1 was released in June, and has introduced a significant opportunity for poultry farmers to enhance sustainability and profitability through solar power integration. By offering financial incentives for upgrading hen housing, the scheme is not only promoting animal welfare but also accelerating the adoption of renewable energy within the agricultural sector.

‘Agrivoltaic’ systems have proven to be a viable and efficient method of land utilisation, successfully integrating food production and energy generation. These systems have demonstrated the potential to increase land productivity by 35-73%.

As the world increasingly shifts towards sustainable solutions for energy consumption, solar energy stands out as a leading option for homeowners and businesses alike. In Macclesfield, the adoption of a solar panel installation not only promotes energy efficiency but also offers significant cost savings. Surrounded by picturesque countryside and the Peak District, it's no wonder Macclesfield residents want to contribute to a cleaner and green environment.

According to MCS data, solar panel installations doubled in the Macclesfield area between 2020 and 2022, and they have only risen since. Environmental groups in the area such as Macctastic, a group of volunteers interested in sustainability and transition to a low-carbon economy in Macclesfield. Let's explore the benefits of solar installation in this charming market town and how it contributes to a greener future.