A power system with high penetration of renewables
As the penetration of renewables increases worldwide, it is important that we understand the implications they have on the overall power system.
Volatile generation profile
Maximum output varies depending on sunlight availability, which cannot be perfectly forecast.
Remote location
Optimal resources are often located in remote areas, requiring efficient transmission of large amounts of power over great distances.
Grid integration
Integrating large amounts of variable renewable energy (VRE) into the grid requires careful planning and real-time coordination to balance supply and demand.
Inertial response capability
Solar is a non-synchronous generation technology, based on power electronics that have little to no inertial response capability.
Hybrid PV-BESS solutions
Achieving a holistically sustainable power
system requires flexibility and grid services
from renewable power plants. As we accelerate the energy transition and integration of renewables, technology that efficiently integrates BESS with PV will be critical to success. Hybrid plants support renewable integration by providing critical grid capabilities, including stability, grid forming operation, and black start readiness.
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