Decarbonizing Power and Industrial Processes
Our Thermal Energy Storage (TES) will provide Long Duration Energy Storage (LDES) using low-cost, solid media materials. Our technology is designed for storing heat, both from the sun, which is clean energy and from industrial waste heat, which is currently being wasted but could be captured to provide significant energy. In both cases, we use air directly and simply. The energy will be stored for hours and days at multiple temperature ranges.
Because our TES stores all available heat in multiple temperature ranges, it keeps the heat at useful temperatures which can be integrated at multiple points in power and industrial processes. Our TES technology is designed for large operations, focusing on utility and industrial scale solutions. Increased size means more efficiency and longer storage times.
The heat source for the TES is both Concentrated Solar Power (CSP) and industrial process waste heat. Normally, this heat is to be used immediately (green arrow with clock). Utilizing our TES, the heat can be stored for later use, making it much more valuable because it can be used when it is most needed. This long-term storage enables CSP and industrial processes to match grid demands despite fluctuations caused by energy weather events.
The TES for high temperature industrial processes allows the recovered waste heat to be used for multiple purposes. It also enables the heat from CSP to be combined with industrial waste heat to run industrial processes 24/7. Using this combined heat for directly generating electricity when it is needed and for running industrial processes at constant heat adds reliability and availability as we transition to renewable energy.
Our technology will exceed current limits of other solutions with up to 1000C and 250-hour storage duration. These higher temperatures will support the next generation of CSP technologies which are targeting 1000oC with gas and falling-particle receiver/HTF systems. Many industrial processes like those for the manufacture of steel, cement, or ceramics, use heat > 500C . Our targeted multiple ranges of temperatures lead to multiple system integration options. The longer storage durations enable dynamic storage management for more effective storage use. More efficient storage charging and discharging is the Skibo TES Advantage.
The sweet spot for Skibo Energy’s TES solution.
Novel Methods to Accomplish High-Duration Storage
Our engineers have designed a multi-stage, concentric TES solution which accomplishes the following:
Multi-Stage, Concentric TES
Heat loss accumulates in the next layer of TES to reduce value of heat rather than quantity of heat
Outer TES layers give inner TES layers a higher temperature environment like a terrace
Less insulation required with possible use of vacuum for longer storage times
Multiple temperature charging steps enable efficient and effective charging and discharging