Risen Energy’s Post

Amazing Maximum Power up to 767.38Wp

HJT module recorded maximum power!

Wave energy capture doesn’t have to be complicated; it can be as simple as installing a surge flap on the seabed to sway with the waves’ rolling surges. Take a virtual deep dive into Surge Flap Sands, a stop on the NREL-developed Renewable Energy Discovery Island (#REDiIsland), to see how these effective devices can convert the power of rolling waves into usable energy. https://bit.ly/3S8DE10

Having lived on both the East and West coast and sailing around the world with the US Navy, I know for certain that the waves always crash upon the shorelines. Generating power from wave surge flap technology, like what is shown below by National Renewable Energy Laboratory, is just as certain as the sun rising every day. Check the link in the comments for a great video of the process from NREL.

Many of the best solutions are simple. It is easy to over complicate things.

💡 moment⁉️ is integrated rail electrification and transmission a “missing puzzle 🧩 piece”? There’s so much frustration about new rights-of-way for transmission when rail criss-crosses our “wild brown land” - some of it only used only after harvest! Some of it primarily used to cart coal … which will diminish! The opportunity for interconnection paths coupled with high speed rail must also be something that could increase utility of rail and new population centres along the route. I hope Essential Energy is all over this as a “green fields” opportunity in rural/regional NSW … along with Ausgrid and Endeavour Energy (NSW) who have more “brown field” (existing electrified lines) and also green field opportunities. John Cleland Brendon Neyland Mike Cole Marc England Rob Amphlett Lewis Guy Chalkley Scott Ryan Sophia Vincent Chloe Hicks Alex Wonhas

🌍 Exciting News in Africa's Energy Sector! 🌟 🔥 Geothermal Growth: By 2050, Africa's geothermal sector is set to attract a whopping $35 billion in investments, surpassing Europe in installed capacity within this decade, as reported by Rystad Energy. This marks a significant step towards meeting the continent's growing energy demands with sustainable solutions. 👩💼 Empowering Women in Energy: African women are redefining the energy landscape, traditionally dominated by men. Their invaluable contributions across various facets of the industry are being recognized, as highlighted by Pumps Africa. Let's celebrate these trailblazers driving positive change! 💡 Burkina Faso's Energy Dilemma: With only 20% of its population having access to electricity, Burkina Faso, one of the world's least electrified countries, is exploring nuclear power, a report from DW suggests. However, experts are debating if solar energy might be a more viable solution. 🌱 Kenya's Carbon Capture Prospects: Kenya is poised to become a central hub for carbon capture and storage, thanks to its ideal conditions in the East African Rift Valley. Swiss company Climeworks is exploring the possibility of establishing a large-scale facility, leveraging Kenya's geothermal resources for renewable power in direct air capture systems, as per African Business. 🔗 Namibia's Green Milestone: Namibia has begun construction on Africa's first decarbonized iron plant, powered entirely by green hydrogen. This pioneering project marks a significant move in the steel industry's shift from coal, setting a precedent for environmental sustainability. #AfricaEnergy #GeothermalPower #WomenInEnergy #SustainableDevelopment #GreenHydrogen #RenewableEnergy

Empower your New Year with Powertrac! 🌞 Slash your electricity bills by harnessing the sun's energy. Make the switch to solar panels and embrace a sustainable, cost-effective future. #Powertrac #LightningSafety #SecureYourSpace #solarpanels #solar #solarenergy #solarpower #solarpower #renewableenergy #mamamoo #energy #SustainableSolutions #PoweringProgress #GreeningIndustries #automatic #fullyautomatic #solarpanels

2024 is the year of power plant construction, with a 55% increase in capacity compared to the previous year. ⚡️☀️🔋 Clean energy initiatives are leading power plant construction at 58% and battery storage at 23%, emphasizing a marked shift towards sustainable energy solutions. Fossil fuels constitute a modest 4% of the added capacity, highlighting the diminishing role of traditional fuels in the evolving energy landscape. This transition to cleaner energy is fueled by a decade of advancements in mass manufacturing, cost reductions, and heightened project efficiency. Legislative measures, notably the 2022 Inflation Reduction Act, have provided additional impetus for corporations to embrace clean energy initiatives. Importantly, 96% of the new large power plant capacity is now carbon-free, reflecting a collective industry commitment to reducing environmental impact and embracing sustainability. As this transformation unfolds, there is also a growing recognition of the importance of distributed energy, marking a departure from centralized power generation towards a more resilient and decentralized energy grid.

The transition to renewable energy is worth the price to be net zero.