Solar Balconies Are Booming in Germany and You Can Plug in and Install Them Yourself

A solar balcony from Ertex Solar Austria.

Solar panels are finding their way onto all sorts of surprising surfaces, and now Central Europeans are beginning to line their balcony rails with them; because why not?

To mark the 70th anniversary of the solar cell’s mainstream entry into society, data acquired by Euronews claims that 400,000 German households have already connected their verandas and balconies to solar panels.

New data shows at least 50,000 of the PV devices were added in the first quarter of 2024 alone.

Easy to install—such that many do it themselves, the technology makes every bit of sense as rooftop PV solar panels. In the Northern Hemisphere, during the winter months especially, the sun comes at such a shallow angle that panels on a balcony may even exceed the power generation of those mounted on a roof.

They won’t generate more power, because they’re plugged into smaller sockets, but they present less of a hazard than rooftop solar, and may not even require installation fees. They can also be installed where people may not have the requisite sunlight, the property access, or the structural strength to install rooftop panels.

Jan Osenberg, a policy advisor at the SolarPower Europe association, told Euronews that 200 megawatts is a rough estimate of how much electricity is generated by solar balconies, compared to 22 gigawatts from all of Germany’s rooftop solar panels.

The technology has been a boom in Germany’s strong solar culture. More power is generated by solar in Germany than any other country in Europe.

A solar balcony from Ertex Solar Austria.

“Rooftop solar really has this empowering momentum that people who start to have a solar system, they start to track their electricity consumption, they start to feel themselves as being someone who is a frontrunner in the energy transition, someone who supports the energy transition and is already a part of it,” says Osenberg.

Some German states offer subsidies for a solar balcony kit, which pays for itself in electricity savings after around 3-5 years of its 20-year lifespan. However, at 24 kilograms—over 50 pounds—installation needs to be taken deadly seriously, as a panel falling three or four stories onto someone might be lights out.

Europe has been getting progressively more inventive with the placement of its solar panels. GNN has reported on solar power installations. Source: https://www.goodnewsnetwork.org/solar-balconies-are-booming-in-germany-and-you-can-plug-in-and-install-them-yourself/

Read More........ → April 27, 2024

Waste transfer milestone at Scottish plant

The final box of solid ILW being sealed (Image: NRS)

The retrieval has been completed of more than 2100 tonnes of solid intermediate-level radioactive waste from five above-ground concrete bunkers at the Hunterston A Magnox nuclear power plant in Scotland. The project began 20 years ago.

Hunterston A - a twin Magnox reactor site - is 30 miles south west of Glasgow and was Scotland's first civil nuclear generating station. The plant, opened in 1964, ceased operations in 1989 after generating a total of 73 TWh of electricity.

Intermediate-level waste (ILW) was transported from the plant via underground tunnels and stored in one of five above-ground concrete bunkers that were constructed on site between the 1960s and 1980s. This waste consists of contaminated metallic components, debris removed from used fuel elements and 30,000 fuel element graphite sleeves.

Nuclear Restoration Services (NRS) - which is responsible for safely decommissioning the first generation nuclear and research sites across the UK - said the Hunterston A site holds the largest inventory of solid ILW across all its sites.

Creating an opening into bunker three through a 2.4m thick concrete wall (Image: NRS)

NRS noted that ILW becomes a site's highest radiological hazard once all the used fuel has been removed. Defueling of Hunterston A was completed in 1995. NRS said this waste is often located in hard-to-reach areas, making the task of retrieving it "a complicated business requiring, in some cases, many years of engineering work before it can begin in earnest".

The Solid Active Waste Bunker Retrieval (SAWBR) project was established to retrieve the ILW from the bunkers at Hunterston A.

The initial breakthrough of the first bunker was conducted manually in 2014 using core drills and wire saws to remove an 800mm-deep concrete slab. Then a remotely-operated vehicle broke through the remaining 400mm depth to create the first full opening.

A remotely operated vehicle removing waste (Image: NRS)

Remotely operated vehicles were used to recover the waste to a purpose-built facility constructed on the side elevation of the bunker. The waste was then loaded into three-metre-cube-size stainless steel boxes. The filled boxes were then transported to the site's ILW store pending future encapsulation at the solid intermediate level waste encapsulation (SILWE) facility before being returned to the ILW store for long-term storage.

NRS has now announced that the final box of solid ILW has been sealed.

"This is a fantastic achievement which has safely and compliantly reduced one of the most significant hazards on site," said Hunterston A Site Director Mark Blackley. "Over 85% of the ILW inventory has now been retrieved. This is a tremendous testament to everyone who has been involved in or who has supported this project. The remaining 15% of ILW inventory are residual sludges from the spent fuel storage ponds and acids. These are in the process of being recovered and treated."

Stuart Blair, Waste Operations Manager at Hunterston A, added: "The process to empty the bunkers has not been without its challenges. The team has overcome many technical challenges throughout, employing operational experience and innovation to progress the waste recoveries safely and efficiently.

"This represents a major milestone for the entire site with all colleagues across functions and departments playing a key role in supporting this achievement. Most of the team that has completed this work has been involved since day one of retrievals which makes the achievement especially satisfying. With safe and sustainable decommissioning, the process takes decades to complete, so I am also mindful of former colleagues who have contributed significantly over the course of the 20 years since the recovery concept was born."Researched and written by World Nuclear News. Waste transfer milestone at Scottish plant : Waste & Recycling - World Nuclear News

Read More........ → April 23, 2024

Chamber calls for Western Australia to overturn uranium ban

Yeelirrie: one of four uranium projects excluded from the ban (Image: Cameco Australia)

Restarting uranium mining in Western Australia could create up to 9000 jobs and produce uranium worth more than AUD1 billion a year, a 12-month inquiry by the state's Chamber of Commerce and Industry has found. It recommends that the state overturn its ban on uranium mining to unlock significant economic benefits. 

Western Australia is home to a "considerable share" of Australia's uranium but cannot capitalise on this, due to the state government's 2017 ban on uranium mining, the Chamber of Commerce and Industry of Western Australia (CCIWA) notes in its report. The ban conditionally excludes four uranium projects that had already received ministerial approval from the previous government: Wiluna, Kintyre, Mulga Rock and Yeelirrie.

South Australia and the Northern Territory currently allow uranium to be mined and exported, proving the industry is safe and sustainable, the CCIWA said. Last year South Australia produced around 5,469 tU: Western Australia has capacity to produce an estimated 8,000 tonnes per year, it added.

Other Australian states have been able to capitalise on increasing uranium demand and prices that have "skyrocketed" over the past year or so because of a global shift towards nuclear power in countries like China, France, India, Japan, South Korea, the United States and the UK, CCIWA Chief Economist Aaron Morey said. "WA has the technical skills and know-how to reignite the uranium mining industry as well as the export infrastructure to get it to market," he added.

He also said attitudes were changing thanks to advances in technology and an understanding of the role nuclear energy could play in reducing global emissions. "The ban on new uranium mines in WA was driven by environmental, health and safety concerns, but these concerns are not significantly different to those faced by any mining operation. WA is a mining state with a reputation for safety and world's best practice. We have a strong regulatory framework, existing infrastructure and all the skills needed to safely mine and export uranium," he added, noting that uranium exports are also bound by Australian legislation to ensure they are only used for energy production and not in the development of nuclear weapons. "If South Australia and the Northern Territory can do it, there's no reason why WA can't."

Citing last year's COP28 Summit, where 22 countries signed a ministerial declaration recognising the need to triple global nuclear energy by 2050, Morey said uranium demand will continue to be high, while "supply constraints look set to worsen". Allowing uranium mining in Western Australia would harness an opportunity to supply to countries already using nuclear power, he said, adding "If they don't buy uranium from WA, they'll simply buy it elsewhere".Researched and written by World Nuclear News. Chamber calls for Western Australia to overturn uranium ban : Uranium & Fuel - World Nuclear News

Read More........ → March 31, 2024