thermal storage

Chatgpt generated: Economic and operational contrast between molten salt storage and simpler, lower cost solid storage systems

Why Molten Salt Won’t Be the Future of Industrial Heat Storage

Molten salt has long been positioned as the workhorse of high temperature thermal storage. Its story began with research in the 1980s and early deployment in Spanish parabolic trough plants in the 2000s. The technology was appealing on paper. A mixture of sodium and potassium nitrate has a high heat … [continued]

HVAC photo taken by Joe Wachunas. Used with permission.

The Climate Menace Hidden in Plain Sight

A primer on refrigerants and their impacts on climate change. Refrigerants are everywhere. They’re in our air conditioners and heat pumps, in our fridges — even in our cars! Yet, despite this ubiquity, refrigerants are an oft-neglected subject within electrification strategies despite their major contribution to the greenhouse effect. Perhaps … [continued]

ChatGPT & DALL-E generated panoramic image of the wilted garden climate venture capital investment portfolio metaphor

Breakthrough Energy Venture’s Wilted Garden Of Climate Investments

Recently I sat down with Laurent Segalen and Gerard Reid, European cleantech investors, on their podcast Redefining Energy to talk about Breakthrough Energy Venture’s big misses. This followed our conversation about the cognitive biases of the billionaires such as Bill Gates which have persisted due to a bubble of confirmation … [continued]

Solar For After Dark: How CSP Works

Concentrated Solar Power (CSP) is the form of solar that can store the sun’s energy thermally for on-demand electricity generation. CSP is clean energy, like solar PV or wind, but the back end or the power block works like any thermal energy power station (coal, natural gas, and nuclear power plants are thermal energy power stations). The difference is that instead of digging up a finite fuel from the earth, CSP harvests sunlight to make thermal energy.