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Testing electric vehicles as smart energy storage systems using V2H and V2G technologies is opening up new opportunities for greater energy self-sufficiency, cost-effectiveness, and sustainable mobility in the Waldviertel region.
Scalable solutions for leveraging the flexibility of electricity, heat, and e-mobility, as well as the combination of biomass and storage, are intended to drive the energy transition forward at the regional level.
The TRUST-EC project is developing a conceptual and technical framework for the responsible use of artificial intelligence (AI) in energy communities.
Solar power, energy storage, renewable heat, efficiency improvements, renovation packages, bidirectional charging, and sustainable mobility are being promoted to reduce CO2 emissions and secure re<
We train farmers and foresters, promote wetland restoration, biodiversity, water management, and public health, and support communities and private individuals in implementing climate change adaptation measures and raising awareness about them.
Practical training and continuing education programs specifically develop the skills needed for regional, integrated energy systems based on renewable energy sources, ensuring that participants are well-prepared to meet the new challenges posed by the e
We are developing a vendor-neutral V2G approach, testing use cases in testbeds, and building a network to foster adoption, interoperability, and practical business models.
We combine carsharing, renewable energy, and V2G to enable flexible vehicle charging, utilize grid services, and facilitate sustainable, affordable mobility—especially in rural areas.
We are testing bidirectional charging, developing user-centric solutions, and increasing adoption to create practical business models for sustainable electric mobility.