When you think of solar panel installation, images that may come to mind might be homes in suburban areas, offices in busy metropolis’ and high-quality apartment buildings. While these are now a normal sight (thanks to our record year of installations in 2020!), there are also increasingly weird and wonderful places across the world using the sun’s rays to generate energy. As solar experts, we love nothing more than finding out about interesting and unusual places where solar is being used, and in this article, we’ve compiled a list of places that we think are the most innovative, exciting – and sometimes downright weird! As you’d expect, we’re huge advocates for solar panel installation and would love to see every home in the UK convert to solar energy in the near future, but one village in Morocco is way ahead of the curve. Id Mjahdi village, on Morocco’s Atlantic Coast, became the blueprint for solar power. Due to the remote nature of the village, and others like it across Africa, clean energy companies in Morocco saw an opportunity to use solar to improve the lives of its residents, and Id Mjahdi was the first to be chosen. Prior to the switch to solar energy, its inhabitants had to rely on candlelight and had a lack of a fresh water supply due to the cost of connecting such a remote village to the national grid. Since the switch, residents have been able to set up schools for the village’s youngsters and adults who missed out on their education. Every home has also been equipped with an oven, fridge, television and water heater, something the village hadn’t had access to before. Solar power for the good of the people, that’s something we can get behind! This is one we’re particularly proud of, as we installed them! Within the Botanic Gardens at Kew, Project Solar installed solar panels on the treehouse, within the treetop walkway. London’s largest UNESCO World Heritage site offers stunning vistas and unique landscapes, making the perfect escape from the hustle and bustle of London. The solar panels are used to light the treehouse in the evening, creating a calming and cosy ambience. Towering 80 metres above the ground, the treetop walk and treehouse allows you to immerse yourself within nature, and discover new types of plants and wildlife. Kew Gardens is well known for its commitment to environmental issues, and the promotion of sustainable ways of life, which is one of the reasons we were so pleased to be chosen for the installation. Why not pay a visit next time you’re in the capital and see if you can spot our solar installation! You can find out more about our installation at Kew too if you fancy a read! The ultimate meeting of old meets new. In this case, we really do mean old! Lindisfarne Castle, in Holy Island, Northumberland is a 16th Century castle in the northeast and is a hotspot for visitors and tourists. It recently installed 48 solar panels to generate power for the whole castle, including the gift shop! The panels are invisible to the general public, unless you have a birds eye view. The castle, which is looked after by the National Trust, produces 10,000KW in energy from the solar panels each year, and alongside other green initiatives set by the trust, has reduced its carbon emissions by 5.2 tonnes a year. When thinking about sustainability and design, sports stadiums aren’t necessarily the first thing that comes to mind, but the Mercedes-Benz Arena in Atlanta is the world’s leading stadium when it comes to the environment. Home of the Atlanta Falcons American Football Team, the stadium has won plaudits for being one of the most innovatively designed arenas in the world. Host of the 2019 Super Bowl, the stadium boasts 4,000 solar panels on the roof, as well as energy efficient LED lighting throughout the arena. It produces almost 30% less energy than average stadiums of a similar size – pretty impressive! You’d be forgiven for thinking this one sounds a bit odd! While it’s pretty unlikely your next flight to Spain will be powered by solar, the first ever solar-powered aircraft completed a mammoth mission of 40,000km across the world – all without using any fuel! The project saw the first attempt of a round the world trip in 2015, with the aim of proving that clean energy can be used for aircraft. To put the benefits of solar aviation into perspective, if every aircraft in use today was solar-powered, the world’s energy consumption would be halved. The solar-powered plane, named Solar Impulse, has two Jumbo jet-sized wings which contain 17,000 solar cells and while the two founders and pilots Bertrand Piccard and Andre Borschberg haven’t quite got the technology into commercial airlines yet, the mission remains ongoing. You can read more about their future plans here. It can be easy to think that the world’s tallest building would also be a big contributor to climate change, but you’ll be surprised to hear the Burj Khalifa in Dubai is actually one of the greenest buildings on the planet. Standing at 830 metres tall, developers building the Burj Khalifa installed a whopping 378 solar panels to generate energy for the building. When you consider the average UK home only requires on average 10-14 solar panels, you start to understand the scale of the project! The energy from these solar panels is used to heat 140,000 litres of water a day for the businesses and residents that call the iconic building home. It’s estimated that the use of solar panels in the building saves 3,200 kilowatts a day. The formidable structure, which is home to hundreds of multi-million-pound businesses, also boasts luxury abodes for over 900 residents. As one of the world leaders in using sustainable energy, the United Arab Emirates is setting the benchmark for solar use in both commercial and residential settings. An unexpected choice for your next eco-holiday?! As you can imagine, caring for hundreds of exotic animals takes a lot of energy, so Cincinnati zoo had the genius idea to use their customer car park as a way to generate solar power! By building a canopy of 6,400 solar panels over their nearly four acre car park, the Ohio-based zoo generated enough energy to power the equivalent of 200 homes each year. The canopy also doubled up as shade from the sun in the hot summer months – a win-win for the environment and its customers! It might sound a bit like science fiction, but the future of renewable energy could mean looking beyond earth to provide our planet with power. We all know climate change is one of the biggest challenges for humans, and while we’re making huge strides towards a greener globe, drastic action may need to be taken. Sending solar panels into space could be the answer. Ensuring 24-hour sunshine as the earth rotates, alongside extra absorption from the earth’s atmosphere could be the future of solar panel use. We’ll dust off our gravity boots! If solar panels are something you’re thinking about for your home this year, our team of friendly experts will be able to guide you through any questions you have and help you take the next steps. Give us a call on 0800 112 3110 or fill in our quick enquiry form. Plastic Pipe Hauling Machine,Plastic Pipe Haul-off,PVC Pipe Haul off Equipment,Plastic PVC Pipe Haul Off Machine, Plastic Pipe Tractor Zhangjiagang Polestar Machinery Co.,Ltd , https://www.polestarpm.com
Id Mjahdi village in MoroccoÂ
Royal Botanic Gardens, Kew
Lindisfarne Castle
The Mercedes-Benz Arena in Atlanta, Georgia, USA
Solar panel powered planes
The Burj Khalifa – Dubai
Cincinnati zoo – USA
The future – solar panels in space?
Your home?
Unusual Solar Installations
The Plastic Pipe Hauling Machine, also known as a haul-off machine, is a critical component in plastic pipe production lines, designed to continuously and automatically pull various plastic pipes after they are extruded, cooled, dried, and printed.
1. Caterpillar Haul-off Machine
This type of machine uses caterpillar rubber blocks or belts to grip and pull the pipes. It is available in multiple configurations, such as 2-claw, 3-claw, 4-claw, 6-claw, 8-claw, 10-claw, and 12-claw models. The pipe diameter range varies from 16mm to 2000mm, depending on the model. For example, the 4-claw model can handle pipes with a diameter of 50-250mm, while the 12-claw model is suitable for pipes with a diameter of 800-1600mm.
Product Features: The caterpillar haul-off machine ensures uniform traction force distribution, preventing pipe deformation and thickening the pipe wall. It features stepless speed regulation, frequency control of motor speed, and independent motor control for each section, allowing precise adjustments to the production process.
Widely used in the production of various plastic pipes, including PVC, PE, PPR, and HDPE pipes. It is suitable for both small and large diameter pipes, making it an ideal choice for a wide range of applications.
2. Belt Haul-off Machine
This machine uses rubber belts to pull the pipes. It is typically used for small diameter pipes and can be configured with 2 belts. The pipe diameter range is usually 16-63mm.
Product Features: The belt haul-off machine offers smooth and reliable performance, especially for small diameter pipes. It features high friction coefficient rubber blocks for better grip and traction. The machine is easy to operate and maintain, with a compact structure and beautiful appearance.
Suitable for the production of small diameter plastic pipes, such as PVC pipes for water supply and drainage systems. It is also used in the production of plastic profiles and other extruded products.
3. Rubber Block Haul-off Machine
This machine uses rubber blocks to grip and pull the pipes. It is designed for various pipe diameters and can be customized according to specific requirements. The machine features a wide range of applications and is easy to use.
The rubber block haul-off machine provides stable and reliable traction, ensuring consistent production quality. It is equipped with high-quality materials and components, such as ABB or Japan Hitachi frequency governors, East battery digital tachometers, and French Schneider AC contactors, buttons, and indicator lights.
Application Scenarios: Used in the production of various plastic pipes, including PVC, PE, and PPR pipes. It is suitable for both small and large diameter pipes and can be used in a wide range of industries, such as construction, water supply, and gas pipelines.