VIRTUAL POWER PLANTS
COMMUNITY ENERGY SYSTEMS
We believe the future energy system will be renewable, electrified, and fully distributed.
The $3.5 trillion a year fossil fuel industry will disappear by 2050 and over $10 trillion will be invested in solar, wind and batteries ﹣ and this investment will be increasingly be in smaller, smarter, and more distributed assets.
Solar systems and battery storage scale down and are being installed close to loads to reduce energy transport costs and to enable co-optimisation with loads: electric vehicle charging, industrial and commercial load control, and home energy management systems.
Large-scale generators and large centrally managed power grids will increasingly give way to expanding distributed energy systems within microgrids, embedded networks, virtual power plants, community energy systems, and behind-the-meter renewable power systems.
Clients & Partners
At Gridcognition, we’re always thinking energy – musings, ponderings, predictions – we can’t get enough of it. Stay up to date and follow our journey as we work to build the software that enables the future of energy around the world.
We've talked about the use-cases for battery energy storage systems, but what are the qualities that make one battery energy storage system (BESS) better or worse for a given use-case? We've made another list! If you are making an investment case for battery energy...
Our job at Gridcognition is help our customers plan and optimise distributed energy projects.
The energy environment is changing rapidly, and energy projects have inherent uncertainty from multiple sources.
We've been told that battery energy storage systems are an essential part of the world's future energy system - but how, exactly? What are the different use-cases for battery systems? We've made a list! If you are making an investment case for battery energy...