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  1. C_V_C_V

    Controlled Constant Heat Transfer.

    This company seems to be leading the way in the UK. Interesting website and a few videos explaining progress so far. https://www.caldera.co.uk/
  2. C_V_C_V

    Controlled Constant Heat Transfer.

    That higher temp is the issue. Mineral oils would struggle I think, but molten salt might span that but maybe not 200 to 600. Why do you want to get so low a temp? There's are many waste heat sources which can that. Most energy stores want to produce electricity using steam. So, excess energy...
  3. C_V_C_V

    Controlled Constant Heat Transfer.

    Yes, sand is the thermal energy store material. It's how to extract usable heat without going anywhere near steam temperatures and pressure systems regs.
  4. C_V_C_V

    Controlled Constant Heat Transfer.

    Hi All Let's say I have an abundant heat store ranging from 200 deg C up to 600 deg C. What materials should I be looking at that are resistant to the high temperatures in the energy store, in order to reduce the temperature down to a usable 60-70 deg C water circuit in copper ? Are there any...

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