ees – Innovating energy storage

Hybrid power plants can help overcome the limits of flexibility of renewable power generation sources. As solar and wind power are fairly complementary, combining them enables developers to extend their services. And when neither the wind blows nor the sun shines using solar and wind power together with other technologies, such as hydropower or battery storage, even makes a renewable energy supply around the clock possible.This session will discuss:The concept of hybrid solar power plantsOpportunities and challenges for energy supply around the clockLegal frameworks and technical boundary conditions for hybrid solar power supply

Hybrid power plants can help overcome the limits of flexibility of renewable power generation sources. As solar and wind power are fairly complementary, combining them enables developers to extend their services. And when neither the wind blows nor the sun shines using solar and wind power together with other technologies, such as hydropower or battery storage, even makes a renewable energy supply around the clock possible.This session will discuss:The concept of hybrid solar power plantsOpportunities and challenges for energy supply around the clockLegal frameworks and technical boundary conditions for hybrid solar power supply

As some large companies have already achieved a 100 percent renewable energy supply - and many will do so soon − this is mostly achieved via virtual power purchase agreements (PPAs). The next big thing could be 24/7 RES coverage, meaning that all green power needed is procured at the time of consumption. This session will provide: Case studies for real-time renewable power production and consumption 24/7 Executive panel discussing the potential of 24/7 RES supply

As some large companies have already achieved a 100 percent renewable energy supply - and many will do so soon − this is mostly achieved via virtual power purchase agreements (PPAs). The next big thing could be 24/7 RES coverage, meaning that all green power needed is procured at the time of consumption. This session will provide:Case studies for real-time renewable power production and consumption 24/7Executive panel discussing the potential of 24/7 RES supply

Floating PV (FPV) has become established as an alternative PV power plant application for regions that either have space constraints or that are looking to protect water reservoirs from pollution and evaporation. As total FPV onshore deployment worldwide is expected to reach double-digit GW output soon, the industry has started looking at the almost endless surface of the oceans in response to the limited potential of onshore development. This session will discuss:The status of the global floating PV marketLessons learned from developing and operating the first gigawatt PV projects on the waterHow to tap into the massive offshore FPV potential