Experimental investigation of Vertical Electrical superHeater design for olivine particles in CSP

Key Points

• The research aims to address design challenges of the Vertical Electrical superHeater in enhancing thermal efficiency for olivine particles in concentrated solar power systems.
• Designed a prototype of the Vertical Electrical superHeater (VEH) for olivine particles.
• Tested the heater under varying flow rates between 8 to 16 tons per hour.
• Analyzed thermal performance and adaptability of the flow system.
• The VEH showed improved thermal performance with stable readings across varying flow rates.
• Flow adaptation mechanisms enhanced the efficiency of heat transfer in the system.
• The design demonstrated scalability potential for larger power outputs without compromising efficiency.