Hive Power ICO

1537
ICO Hive Power

Hive Power

Ended ICO : 12/06/18 – 30/06/18

Decentralized Energy Communities

About Hive Power

Achievements 

  • Demo Hive, the first testbed developed by our team and presented during the Energy Startup Day 2017 in Zurich, Switzerland on November 30th 2017
  • Winning the Pitch Competition held during the Blockchain2Business by Solarplaza conference

Vision

Our vision is to provide everyone with the possibility to create and manage electrical energy communities on the Etherum blockchain, creating a world of shared energy for a brighter future.

The power sector is facing a paradigm change, moving from a centralized approach with big power plants (hydro, coal, gas and nuclear) leading the energy market to a decentralized scenario adopting distributed energy resources (DER), such as solar and wind.

We believe that the future electrical grid should be characterized by an increase of energy sharing between prosumers, consumers and electric utilities, optimizing the energy resource and the usage of the infrastructure. In several countries, the current unbundled situation allows the end-users to freely choose their energy supplier. In this context, enabling technologies like blockchain, and more specifically Ethereum, will allow decentralized prosumers to safely buy and sell electricity to each other at negligible marginal costs.

The Team and the Project 

Hive Power is a spin-off funded at University of Applied Sciences and Arts of Southern Switzerland (SUPSI) in August 2017 by a team of researchers active in the field of electrical load management, as a part of Swiss national center for electrical infrastructure (SCCER-FURIES). Hive Power develops a platform, which is running entirely on a public blockchain. Our goal is to create energy sharing communities where all participants have a guaranteed economic benefit. In contrast to other energy sharing market schemes, the Hive Power platform is designed to take into account technical aspects of the grid, such as the power quality standards in the distribution grid.