Germany is pioneering agrivoltaics—combining agriculture and solar energy on the same land. This dual-harvesting method not only reduces land use conflicts but also improves crop resilience. By shielding crops from heat and hail while capturing sunlight for electricity, farmers can increase yield quality and save water through reduced evaporation. In pilot projects like the one in Fronreute, solar-integrated farms are producing up to 420 kWh per hectare while protecting delicate crops like berries and cherries. This sustainable model is now being adopted across Europe and Asia. #Agrivoltaics #DualHarvesting #GreenEnergy #SmartFarming #ClimateAction #FutureOfAgriculture #SolarInnovation

This groundbreaking stretch in Trondheim uses inductive charging, where coils embedded in the asphalt wirelessly transfer power to EVs as they drive. No plugs, no stops — just seamless energy transfer on the move. Developed in collaboration with Israeli tech firm Electreon, this 100-meter pilot project will support electric buses from Yutong and Higer for one year. The goal? Boost efficiency, cut downtime, and prove it can withstand Norway’s icy winters. If successful, this could pave the way for EV roads around the globe. #EVRevolution #WirelessCharging #NorwayInnovation #ElectricVehicles #SustainableTransport #GreenEnergy #SmartRoads

The Hurricane Vector is a compact residential wind turbine that delivers over 1 kilowatt of power—enough to significantly offset home electricity usage. Designed for urban and rural environments, it features a low start-up speed, aerodynamic blades for optimal efficiency, and a built-in inverter for easy grid integration. Unlike bulky commercial turbines, this model is tailored for home energy independence, working even in moderate wind conditions. It’s an ideal choice for eco-conscious homeowners looking to reduce utility bills and embrace sustainable living. #WindPower #HomeTurbine #GreenEnergy #RenewableEnergy #CleanTech