(1) solar thermal utilization technology
(2) Solar photovoltaic power generation technology
(3) Solar thermal power generation technology
2. Wind energy
(1) 1.5MW wind power generation technology
The overall design, assembly technology and design and manufacturing technology of key components of wind turbines above 1.5MW, which are suitable for China's climate and complex terrain conditions.
(2) Supporting technology of wind farm
Wind resource evaluation and analysis, wind farm design and optimization, wind farm monitoring and control, wind power access system design and power grid stability analysis, short-term power generation forecasting and dispatching matching, smooth transition and control of wind farm and other technologies.
3. Biomass energy
(1) Key technologies of biomass power generation and pretreatment technology of power generation raw materials.
Including direct-fired (mixed-fired) power generation system coupling technology, steam waste heat recovery technology, biomass direct-fired power generation device with thermal efficiency ≥85%, no slagging during combustion, no new pollution and wide raw material adaptability; Raw material treatment and transportation technology that can ensure the full combustion of biomass in combustion equipment, pretreatment technology that can effectively separate corrosive substances such as Cl from biomass, etc.
(2) Dense processing and molding technology of biomass solid fuel.
(3) Efficient combustion technology of biomass solid fuel.
Efficient combustion technology and device of biomass solid fuel with thermal efficiency ≥85%, no slagging and exhaust gas meeting emission standards.
(4) Biomass gasification and liquefaction technology
(5) Production technology of non-grain biological liquid fuel.
(6) Large and medium-sized biomass energy utilization technology
4, geothermal energy utilization 1, nuclear energy technology
2. Hydrogen energy technology 1, new power battery (group) and high performance battery (group)
2. Fuel cell, thermoelectric conversion technology 1, low calorific value gas power generation technology in iron and steel enterprises.
The key technologies for the recovery and utilization of residual pressure, waste heat and energy in iron and steel enterprises include turbine power generation technology (TRT) for recovering residual pressure energy from blast furnace gas and combined cycle power generation technology of low calorific value gas and gas turbine (CCPP).
2. Regenerative combustion technology
Efficient regenerative combustion technologies such as industrial furnaces, power stations and civil boilers.
3. Low temperature waste heat power generation technology
Key technologies of low-temperature waste heat steam power generation in cement, metallurgy and petrochemical industries.
4. Waste gas power generation technology
Key technologies of power generation from industrial waste gas such as biogas, coalbed methane, blast furnace gas and coke oven tail gas.
* Except for high calorific value gas power generation technology and products.
5, steam residual pressure, waste heat, residual energy recycling technology
New technology for recovering condensed water and low-parameter steam.
6, transmission and distribution system optimization technology
New technologies of power quality optimization (including advanced dynamic harmonic control and advanced reactive power compensation), new technologies of software and hardware for analysis, design and management of optimal operation of power grid (including optimal configuration of enterprise power grid and rational distribution of electrical equipment, etc.). ).
7, high pump heat pump technology
High temperature heat pump technologies such as ground source, water source, air source and solar energy combination; Recovery and utilization technology of condensation heat of air conditioner.
8. Cold storage and heat storage technology
New technology of surplus energy storage (including related conversion, transfer and utilization).
9, energy system management, optimization and control technology
Software technologies such as energy system optimization design, energy audit, optimization control, optimization operation management, etc. in the fields of industry and architecture, especially the comprehensive optimization technology of energy saving of energy system.
10, energy-saving monitoring technology
1 1, energy-saving quantity detection and energy-saving effect confirmation technology