Solar parabolic dish collector for direct steam generation
Conventional solar parabolic dishes absorb heat to be converted to steam through heat excha...
Read More...Tempered mirrors for durable parabolic troughs in CSP
Conventional CSP collectors use normal glass which have poor durability and reflectivity and upon...
Read More...Fluidized crystal particles for high temperature heat transfer and storage in CSP
Current CSP systems utilize molten salt as both the HTF and the thermal energy storage medium.The...
Read More...Corrosion free molten salt tanks for high temperature CSP storage
Molten salts are commonly used in a wide range of applications such as concentrated solar power p...
Read More...Ternary mixture of molten salts for CSP storage
Current molten salts used in CSP systems are binary salts which freeze at temperatures at or belo...
Read More...Modular CSP designs for operational efficiency
Current CSP plants have an integrated structure which could pose challenges in maintenance and in...
Read More...Automated tracking system for CSP plants
Solar tracking for CSP plants is critical to enhance efficiency but require manpower and associat...
Read More...Large aperture solar receivers for parabolic troughs
Aperture size of solar receivers determines the operational efficiency of CSP plants. Larger aper...
Read More...Molten salt receivers for parabolic troughs in CSP
Current receivers use thermal oil as heat transfer fluid which have challenges with fluid degrada...
Read More...High temperature solar receivers for CSP
Current receivers use thermal oil as heat transfer fluid which have challenges with fluid degrada...
Read More...Evacuated receiver systems at low pressure conditions for CSP
Non-evacuated tubes in parabolic troughs are usually employed for low temperature applications (a...
Read More...Ceramic coatings for efficient solar CSP receivers
Typical CSP configurations use a heat-transfer fluid such as water/steam or molten salt heated in...
Read More...Aluminium parabolic mirror dish for enhancing efficiency of CSP
Existing parabolic CSP systems use glass mirrors which are costly and heavy leading to operationa...
Read More...Aerodynamic design of parabolic dishes to withstand wind loads
The performance of solar parabolic dish collectors is significantly influenced by heat losses due...
Read More...Silicone-based heat transfer fluid (HTF) for trough CSP
The heat transfer fluids used in CSP technologies include air, water, molten salts, glycol based,...
Read More...The conventional wet cooling method of thermal power plants is widely understood to be environmen...
Read More...Supercritical CO2 Brayton cycles for CSP
Current CSP plants utilize oil or steam to transfer solar energy to the power block. These fluids...
Read More...High-performance optical coating for receivers of tower CSP
Better receiver designs provide higher plant efficiencies, better coupling with thermal energy st...
Read More...CSP plants designed for enhanced oil recovery and refineries
Concentrating solar-thermal power (CSP) technologies can be used to generate electricity by conve...
Read More...Hybrid CSP plants with biomass plant for performance enhancement
The use of solar radiation and biomass for power generation is growing rapidly, particularly in a...
Read More...Enhanced trough CSP for enhanced oil recovery
Dozens of ageing oil fields in the Middle East, and a growing reliance on gas imports is creating...
Read More...Cost-effective storage tank for concentrated solar plants
The cost of electricity from a CSP plant depends strongly on its overall efficiency, which is a p...
Read More...Robust receivers for solar CSP
Solar power towers use sunlight reflected from a series of mirrors to a central point called a re...
Read More...Nano-tech based encapsulated phase-change particles
Nanoparticles are typically composed of 50–500 atoms and exhibit properties that are signif...
Read More...New reflector design for effective capturing
Fresnel reflectors are much cheaper than parabolic reflectors and as they are flat they allow mor...
Read More...Nitrate based thermal storage for better efficiency
Nitrate molten salts are the storage media used today in concentrated solar power plants. They ar...
Read More...CSP utilizing thermal hybridization
Hybridized CSP plants present different types and levels of synergy, depending on the hybrid ener...
Read More...Integrating CSP and desalination plants
Many developing countries face serious water and electricity shortages, which make water and ener...
Read More...Water recycling in concentrated solar power plants
For CSP plants, water consumption is undergoing increasing scrutiny particularly in dry and arid ...
Read More...Use of liquid metals in thermocline storage for CSP
Liquid metals are being researched as transfer fluids because they can attain heat above 1000°...
Read More...Anti-soiling and hydrophobic coatings on solar CSP reflectors
Reflectors are one of the most important components in a solar CSP system. Soiling of these refle...
Read More...Underground thermal energy storage for CSP
Underground thermal energy storage (UTES) involves heat or cold being stored underground. Differe...
Read More...Fixed spherical CSP concentrators that do not need tracking
Concentrated solar power (CSP) plants, whatever their configuration, have traditionally relied&nb...
Read More...Dish stirling technology has barely been commercialized within CSP, but its promise is that, with...
Read More...Automatic cleaning solutions for CSP reflectors
Due to long-term outdoor operations, mirror surfaces of heliostats are liable to accumulate dust,...
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