High-temperature molten salt systems are employed in a wide variety of industrial applications, linked to energy production and storage, such as concentrated solar power, waste heat recovery, storage plants, fuel cells nuclear, etc. The reactivity of these salts is one of the main issues to address for the employment of [...]
Concentrating solar power (CSP) has long held promise as a renewable energy technology. CSP uses mirrors, or heliostats, to harness the power of the sun by heating and storing an inexpensive medium such as sand, rocks, or molten salt for on-demand energy dispatch. To spur CSP industry advancement and achieve [...]
Keeping storage tank corrosion rates to a minimum is considered vital for use of molten salts in storage devices for electricity. Stephen Mraz The next-generation of concentrated solar power plants will require high-temperature fluids, such as molten salts in the range of 550 to 750°C, to store heat and generate [...]
The Cerro Dominador project has successfully carried out the molten salt pumping tests towards the receiver, being one of the latest milestones of this project that prepares its interconnection to the National Electric System, since it is the prelude to the synchronization of the plant, where the molten salt storage [...]
Gonzalo Martín, General Secretary of Protermosolar, will analyze what the role of concentrated solar power plants will be in energy storage within a decade at the I Energy Storage Congress (ALEN'20). Currently, thermal storage in molten salts in solar thermal power plants reaches 7 GWhe in Spain. This type of [...]
Clean solar energy with storage can help Europe reduce emissions and deliver a secure and cost-effective electricity supply. EU-funded research suggests that fluidised crystal particles trump molten salts as the heat transfer and storage medium. © Gilles Flamant Current state of the art concentrated solar power (CSP) plants use central [...]
One conundrum for the two main Concentrated Solar Power (CSP) technologies is how to be both bankable and efficient. Parabolic trough CSP is often considered more bankable, while central tower plants are more efficient. Trough technology is about a decade older than tower and has built up experienced supply chains, [...]
As reported by the company developing the project, "the salts produced by the SQM mining company have the capacity to conserve the energy captured during the day by the plant and maintain it in a tank storage system." The development of the Cerro Dominador thermosolar project met a new milestone: [...]
In concentrated solar power (CSP) plants, molten salts have been the material of choice to store solar energy since the 1980’s.
Siemens aims to enhance the solar thermal efficiency and in turn reduce power generation costs. Hence, the company’s researchers intend to use molten salts, a blend of potassium and sodium nitrates, in solar thermal plan
