Tower Concentrating Solar Power System Solar Thermal Electricity Generation System Thermal Storage of Solar Energy for 24 Hours

Product Description

Product Overview

Concentrating
Solar
Power-A
Ultimate
Solution
to
Energy
Issues

What
is
CSP

Concentrating
Solar
Power
(CSP
for
short),
also
referred
to
as
Solar
Thermal
Electricity
(STE for
short),
is
an important type
of
solar
energy
utilization,
using
a
great
number
of
reflectors
to
concentrate
sunlight
and
collect
thermal
energy
through
heat
storage
media,
generating high-pressure
and
high-
temperature
steam
to
drive
the
turbine
and generate
power.


Environment-friendly: CSP is greenest power compared to all other technologies, with life cycle carbon emission equals to only 2% of conventional thermal power' s emission, and 15% of PV power' s emission, to be one ultimate solution to climate change, decarbonization and energy transition. 

Continuity, Stability, Dispatchability: CSP is high friendly to power grid. Configured with large-scale thermal storage system, CSP can provide continuous, stable and dispatchable high-quality power for both base load and peak load demand, enabling higher capacity of the power system to consume more renewable energy from PV and Wind power and thereby increasing the proportion of renewable energy in the system. 

Promising Cost Reduction: Huge potential of cost reduction with industry expansion, maturity and technological breakthroughs. Parity to that offossil fuel energy could be achieved in the future. 

Industries promotion: Construction of CSP plant consumes large amount of steel, glass, cement and other chemical products, and also promotes the development of advanced equipment manufacturing, industrial automation, big data and artificial intelligence technologies.

Tower Concentrating Solar Power System Solar Thermal Electricity Generation System Thermal Storage of Solar Energy for 24 Hours

Products Description

Solar
concentrating
system
consists
of
large-scale
high-precision
heliostat
field
and
its
control
system, which reflects
and
concentrates
direct
normal
irradiation
(DNI)
to
the
tower-top
receiver
for
collecting
solar
energy.
 

Receiver is the core equipment of thermal receiving system, which absorbs solar energy and
converts it into thermal energy by heat transfer media. Considering
Molten
Salt
Receiver
works
in corrosive,
frequent
and
sharp
temperature
fluctuation
conditions,
we
have
optimized
the
design
of
receiver
with
safety
strategiesto
assure
its
performance
in
the
harsh
conditions.

 

Thermal
energy
storage
&
exchange
system
consists
of
hot
and
cold salt tanks, heat exchanger, tubes,  instruments,
electric
tracing,
heat
preserver
and
other
auxiliary
systems.
The salt tank can store hightemperature molten salt which exchanges with water through heat exchanger to produce
superheated
steam
for
high-quality
power
generation. 

Our Advantages

	Leading Technical Advantages
1	High Precision Concentrating of Intelligent Heliostat
2	Large scale heliostats control technology
3	Design and Manufacturing Technology for Thermal Shock and Fatigue Resistance of Molten Salt Receiver
4	Design of Large-scale High-temperature Molten Salt Tank
5	Load change of Molten Salt Heat-exchanger
6	Thermal Storage & Exchange Process Package
7	Design and operation technology of tower type solar thermal power plants

 

Leading Industry Level of Manufacturing & Integration

Successful Project