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Home >Content>Contact SolarPACES

Contact SolarPACES

Posted onSeptember 20, 2013August 10, 2017Author

General enquires Website and social media enquires
E-mail: solarpaces@solarpaces.org E-mail: webmaster@solarpaces.org
Phone: +34 950 857 071
Information
Website: www.solarpaces.org
Address
Apartado 39
04200 Tabernas, Almería
(Spain)
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  • Fraunhofer-Chile finds PV-CSP combo has better LCOE than gas
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  • Solar energy record: Mongolian CSP generated round the clock
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  • SolarSteam wins recognition for Canadian climate tech
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  • Denmark’s solar district heat leadership due to great policies

SolarPACES Announcements

  • Women in Concentrated Solar initiative created
  • Deadline for SolarPACES 2022 Technology Innovation Award is July 31

CSP News Briefs

  • 50 MW Hami Tower CSP project with novel STELLIO heliostats commissioned in China
    STELLIO heliostats commissioned in Hami tower CSP project
  • US and China lead in thermal energy storage patents
    US, China lead in thermal energy storage patents
  • 1414 Degrees readies silicon for its high temperature thermal energy storage
    1414 Degrees has reached a major milestone, in the development of its SiBox™ Demonstration Module. The furnace has been installed and heated to 1420°C. The silicon will be heated by electricity from the grid, making use of surplus solar at midday and wind in the wee hours of the night.
  • Women in Concentrated Solar initiative created
  • Heliocon seeks heliostat cost reduction to $50 per square meter
    Cut heliostat costs to $50:sq m - tower CSP solar field

CSP Tech Explainers

  • How CSP Works: Tower, Trough, Fresnel or Dish
  • How CSP’s thermal energy storage works
    how solar thermal energy storage works
https://www.solarpaces-conference.org/home

CSP News & Analysis

  • There are still solar innovation careers in heliostat design. Early designs were larger - current designs are faceted
    Are there still careers in solar energy innovation? 6 Feb 2023
  • Fraunhofer: four operating profiles for hybrid PV-CSP in Chile
    Fraunhofer-Chile finds PV-CSP combo has better LCOE than gas 17 Jan 2023
  • Solar record-breaking Mongolian CSP generated 24-hours for 12 days
    Solar energy record: Mongolian CSP generated round the clock 10 Jan 2023
  • SolarSteam wins recognition for Canadian climate tech 8 Jan 2023
  • Solar thermal process for nitrogen pellets from biosolids
    Consortium to demonstrate nitrogen for fertilizer from biosolids using solar thermal 17 Dec 2022
  • Innovation in its volumetric absorber takes OVR efficiency to 90% 15 Dec 2022
  • Sodium heat transfer to Magnesia gets storage test 5 Dec 2022
  • Denmark’s solar district heat leadership due to great policies 23 Nov 2022
  • DLR finds CST is the Goldilocks renewable to decarbonize German industry 17 Oct 2022
  • China’s 2050 power could be Zero Carbon for under 1% of GDP: study 12 Oct 2022
  • At SolarPACES 2022, Heliogen talks up solar heat efficiency for mines 4 Oct 2022
  • The business case for storing energy thermally in former coal plants 5 Sep 2022
  • BA student devises algorithm to optimize Tower CSP preheating strategy 2 Sep 2022
  • How hot solar aviation fuel (thermochemistry heated by solar mirrors) took off 10 Aug 2022
  • On-Sun Test of Novel Solar Combined-Cycle Finds… 1 Aug 2022
  • Vast Solar to grow Port Augusta CSP to 150 MW at old SolarReserve site 18 Jul 2022
  • China Announces Another 1.3 GW of CSP with 12,000 MWh of Thermal Storage 7 Jul 2022
  • More thermal storage than battery storage globally
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  • Bill Gates-funded startup Rondo turns Solar or Wind into Heat 1 Jun 2022
  • Will the US Demo Long-duration Energy Storage in Time? 12 May 2022
Read More



https://www.solarpaces.org/all-solarpaces-conferences/

CSP Tech Explainers

  • How CSP Works: Tower, Trough, Fresnel or Dish
  • how solar thermal energy storage works How CSP’s thermal energy storage works

Recent Journal Publications

  • Self-assembly CuO surface decorated with NiAl2O4 for high-temperature thermochemical energy storage: Excellent performance and strong interaction mechanism
    Published at Journal of Energy Storage – Self-assembly CuO surface decorated with NiAl2O4 for high-temperature thermochemical energy storage: Excellent performance and strong interaction mechanism 4 Feb 2023
  • Published at Joule – A solar tower fuel plant for the thermochemical production of kerosene from H2O and CO2 28 Jan 2023
  • Published in Case Studies in Thermal Engineering – Comparison study of thermoclinic heat storage tanks using different liquid metals for concentrated solar power 23 Jan 2023
  • Published at ACS – Synthesis, Experimental, and Theoretical Study of Co3–xNixO4 Mixed Oxides: Potential Candidates for Hydrogen Production via Solar Redox Cycles 17 Jan 2023
  • Published at Sustainable Energy & Fuels – Kinetic investigation of solar chemical looping reforming of methane over Ni–CeO2 at low temperature 17 Jan 2023
  • Published at Thermal Science and Engineering Progress – Design and steady-state simulation of a CSP-ORC power plant using an open-source co-simulation framework combining SAM and DWSIM: 27 Dec 2022
  • Published at Energies – Experimental Investigation on the Vector Characteristics of Concentrated Solar Radiation Flux Map: 27 Dec 2022
  • Published at the Journal of Energy Storage – Nanoparticle-based anticorrosion coatings for molten salts applications: 27 Dec 2022
  • Published at Applied Thermal Engineering – Hierarchical Control of Multi-Generation Solar Thermal Power Plant: 26 Dec 2022


CSP News Briefs

  • STELLIO heliostats commissioned in Hami tower CSP project
    50 MW Hami Tower CSP project with novel STELLIO heliostats commissioned in China 9 Feb 2023
  • US, China lead in thermal energy storage patents
    US and China lead in thermal energy storage patents 17 Jan 2023
  • 1414 Degrees has reached a major milestone, in the development of its SiBox™ Demonstration Module. The furnace has been installed and heated to 1420°C. The silicon will be heated by electricity from the grid, making use of surplus solar at midday and wind in the wee hours of the night.
    1414 Degrees readies silicon for its high temperature thermal energy storage 8 Jan 2023
  • Women in Concentrated Solar initiative created 2 Jan 2023
  • Cut heliostat costs to $50:sq m - tower CSP solar field
    Heliocon seeks heliostat cost reduction to $50 per square meter 24 Dec 2022
  • New DOE funding for CSP/CST technologies 2023
    New DOE solar technologies funding for early stage CSP / CST direct heat 14 Dec 2022
  • MENA region solar thermochemical hydrogen potential
    DLR study: potential for low cost solar fuels in the MENA region 10 Dec 2022
  • Solar furnace to melt steel at 2000°C for Swiss recycler Panatère 7 Dec 2022
  • The race for solar megaprojects in North Africa that attracts Europeans 6 Dec 2022
  • Shanghai Electric CSP starts sending overnight solar power to Dubai grid 4 Dec 2022
  • Bornholm energy island to host 20 MW thermal energy storage in hydroxide molten salts
    Hydroxide molten salts tested in 20 MW thermal energy storage trial 25 Nov 2022
  • Auction failure curtails CSP in Spain’s Ecological Transition 19 Nov 2022
  • China now has 30 CSP projects with thermal energy storage underway 9 Oct 2022
  • Abengoa wins Solar Project of the Year award for 600 MW trough CSP at NOOR 4 Oct 2022
  • Solar heat to decarbonize industries gets $13 million boost from DOE 1 Oct 2022
  • SolarPACES Conference Sept 27-30 Plenary Highlights 17 Sep 2022
  • China seeks bids to build nine CSP plants 17 Sep 2022
  • Synhelion produces first solar syngas in Wood’s industrial-scale reforming reactor 20 Aug 2022
  • Another 400 MW of Chinese CSP Starts in Xinjiang Province 25 Jul 2022
  • Spain Finally Names CSP Auction Date: October 25 Jul 2022
Read More


About SolarPACES

  • Executive Committee
  • Upcoming Executive Committee Meeting
  • Contact SolarPACES
  • Vision, Mission And Strategy
  • Join SolarPACES : Membership Information

IEA

Tasks

  • TASK I: Solar Thermal Electric Systems
  • TASK II: Solar Chemistry Research
  • TASK III: Solar Technology and Advanced Applications
  • TASK IV: Solar Heat Integration in Industrial Processes
  • TASK V: Solar Resource for High Penetration and Large Scale Applications
  • TASK VI: Solar Energy and Water Processes and Applications
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