Swarm power

Swiss startup, Power-Blox, has developed a new technology that mimics complex systems in nature to create fully autonomous power grids anywhere in the world. Using a technology called Swarm Power, Power-Blox allows anyone to create a ‘plug and power’ energy grid that is completely autonomous, scalable, and decentralised, while requiring no management, configuration or maintenance


Swiss startup, Power-Blox, has developed a new technology that mimics complex systems in nature to create fully autonomous power grids anywhere in the world. Using a technology called Swarm Power, Power-Blox allows anyone to create a ‘plug and power’ energy grid that is completely autonomous, scalable, and decentralised, while requiring no management, configuration or maintenance. The system is regarded as a major breakthrough in energy technology because anyone can create a Swarm Grid to power a school, hospital or an entire town simply by adding additional Power-Blox to the system.

The Power-Blox 200 series are individual, intelligent energy cubes with an integrated battery. Each cube provides 200 Watts of alternating current and can provide power for lighting, one refrigerator, a television and mobile phone / laptop charging. The cubes can be powered by an optionally provided solar unit or from any external source (such as solar, wind, hydrothermal, biomass, or a generator etc). Power-Blox acts as a universal energy interface and can be combined with any external energy source or storage device.

When a minimum of two Power-Blox are combined, proprietary algorithms enable the system to adapt and react with swarm intelligence, creating a Swarm Grid that can provide sustainable and regulated power for schools, hospitals, telecommunications infrastructure, agricultural equipment, remote tourist resorts, events / festivals, disaster relief, and up to entire villages and towns.

The scalability of Power-Blox is essentially limitless due to the modular architecture of the system. Anyone can scale energy storage and production by simply incorporating additional units into the system as energy requirements increase. Additionally, the cubes are completely ‘Plug and Power’ and don’t require any special configuration, engineering, or expertise when adding additional modules to the system.