Grid Optimization Manager
A virtual power plant for your smart grid
Pool the flexible approaches offered by your distributed energy resources for a wealth of use cases.
Why use the Grid Optimization Manager?
Virtual power plants (VPPs) make it possible to intelligently control the distributed generation and consumption of power in smart grids.
Minimize expansion of the grid
Make use of Advanced Metering Infrastructure (AMI) for your grid. First analyze the line voltage data, then move loads to where there is available grid capacity. Plan maintenance and optimize your grid costs.
Connect many distributed resources easily
Connect your distributed energy resources to pool their collective flexibility in a virtual power plant. Doing so is quick and straightforward in our next-generation VPP.
One platform for many use cases
Do you want to take part in energy trading? Stabilize your grid? Manage microgrids or districts? Our platform can foster your energy market business.
Flexibly optimize facilities at any time
Distributed energy resources pools are optimized at short intervals, allowing you to adjust power generation and consumption to your business model – flexibly.
How can you balance distributed power generation and power consumption?
Use our Virtual Power Plant to optimize grid technology and energy trading.
The energy industry is changing. Consumers are becoming producers who feed the energy they produce locally into medium- and low-voltage grids.
The corresponding metamorphosis of power distribution networks into smart grids calls for a flexible and intelligent software solution that can manage distributed facilities.
The Grid Optimization Manager software platform combines distributed power facilities and their collective flexibility to make virtual power plants.
In turn, you can use such a virtual power plant to make optimizations based on economic or engineering criteria, depending on your business model.
When does a virtual power plant become intelligent?
When it can handle every market player’s unique optimization strategies and use cases.
Road maps are created for each facility based on forecasts regarding weather, power generation, consumption, and market prices as well as the respective technical conditions.
These road maps take into consideration the goal of optimization, be it business-related (energy trading) or technical in nature (grid management).
As the universal platform for your business model, the Grid Optimization Manager fosters the optimization strategies of all market players.
What do users say about their virtual power plant success stories?
Reports from the field on using the Grid Optimization Manager for Smart City Rheintal