38results about How to "Achieving in-place consumption" patented technology

The invention relates to a micro-energy network system and its collaborative optimization operation control method. By rationally configuring the energy supply side and the specific equipment contained in the energy conversion device, the micro-energy network system formed not only has a higher proportion of new energy access , through the optimized configuration of the energy storage device, the user's energy demand can be met through the power grid, heating network and gas network, and the basic balance between local energy production and user energy load can be achieved. Rolling optimization continuously adjusts the power output value of the controllable energy supply equipment in the micro-energy grid system, and makes the micro-energy grid system operate economically under the premise of meeting the real-time balance of supply and demand, so as to achieve the purpose of energy saving. Unified and coordinated scheduling of energy consumption, energy supply and energy storage, realize the complementarity of multiple energy supplies in the micro-energy network system, improve the comprehensive utilization efficiency and step utilization of multiple energy supplies in the micro-energy network, reduce emissions, and realize energy consumption on the spot.

The invention relates to a variable temperature control method for real-time consumption of photovoltaic power generation in a data center. By reading the real-time photovoltaic output value, the electric power reference value of the cooling equipment is adjusted, and then the cooling equipment of the data center is regulated through droop control and proportional integral control, so that Power consumption instantly matches photovoltaic power generation, realizes local consumption, stores in the data center computer room in the form of cold energy, reduces the temperature of the data center computer room or when the photovoltaic power generation is greatly reduced, appropriately increases the temperature of the data center computer room, and makes reasonable use of storage The function of cooling energy, thereby improving the utilization rate of renewable energy and reducing the consumption of city electricity. The invention comprehensively considers the random fluctuation characteristics of photovoltaic power generation and the flexible load characteristics of the cooling system of the data center, and fully exerts the controllability of the demand side load. Powered green data center with good technical economy.

The invention discloses a container type biomass pressurized combustion power generation system capable of being applied to an island, and relates to the field of biomass combustion power generation. According to the route, biomass is pressurized and combusted to generate high-temperature flue gas, heat in the high-temperature flue gas is transferred to air through heat exchange, and the air drives a turbine to drive a power generator to generate power. And a movable power generation system with the generated electric energy capable of being stored in real time is included. Equipment in the system is installed in the same container, a gas compressor, the turbine and the power generator are coaxially arranged, and the pressure in a pressurized combustion furnace is cooperatively adjusted through the gas compressor and the turbine. The biomass is combusted in the pressurized combustion furnace, the generated high-temperature flue gas and the air are subjected to indirect heat exchange in a flue gas / air heat exchanger, and the heated air drives the turbine and drives the power generator to generate electric energy, and the produced electric energy is merged into an island power grid. The pressurized air discharged by the turbine exchanges heat with ash and then enters the pressurized combustion furnace to serve as an oxidizing medium for biomass combustion. The system is small in occupied area and can be placed on carrying equipment.

A control method for three-phase balance between photovoltaic power generation and power grid, which is realized by a measurement and control device and a power grid management device. The steps are as follows: the first step is to judge the power flow direction of the power grid through the power read by the measurement and control device, and when the power is positive, the power grid supplies power to the load , when the power is negative, the photovoltaic power generation feeds power to the grid; the second step, the measurement and control device calculates the average value of the read three-phase grid power; the third step, when the three-phase power is unbalanced, judge the power supplied by the grid to the load The largest or the one-phase line with the largest feed power of photovoltaic power generation to the grid; the fourth step, calculate the power distribution coefficient of each grid control device in the three-phase unbalanced phase line; the fifth step, calculate the power distribution coefficient of each power grid control device in the three-phase unbalanced phase The power distribution value of the power grid management device; the sixth step, the measurement and control device controls the output or absorption power of the corresponding power grid management device according to the power distribution value of the power grid management device, so as to achieve the purpose of three-phase balance of power grid power.

The invention discloses an optimal operation control method for an AC and DC distribution network including an optical-storage complex, establishes a relevant mathematical model for installing PAE nodes in the distribution network, determines the objective function and constraint conditions of the PAE nodes, and optimizes the first-layer PAE nodes ; use the variable P after the first layer optimization PAE Instead of the active load of the installation node, generate a new state value of the node load; establish the AC and DC power flow model, VSC mathematical model, uncertainty model of fans, loads, and photovoltaics in the distribution network; determine the objective function of the second-layer robust optimization and constraints; establish a two-stage robust problem mathematical model, use the C&CG method to decompose the robust problem into a main problem and a sub-problem, and carry out the second-level optimization solution. Also disclosed is a system using the above method, including an objective function building module, a constraint condition setting module, a measurement module and a control module. The advantages are: the local consumption of renewable energy is realized, and the purpose of maximizing the utilization rate of renewable energy is achieved.

In the field of new energy optimization dispatching of the present invention, a virtual power plant output coordination game method and terminal equipment integrating light storage and combustion are provided. The method includes: constructing two or more virtual power plants and energy storage coordination control of each virtual power plant The virtual power plant includes: photovoltaic power generation model, energy storage power generation model and micro gas turbine power generation model; obtain the interactive power of the energy storage coordination controller model of each virtual power plant, and establish an objective function for the purpose of maximizing the benefits of each virtual power plant ; Build a non-cooperative game model of virtual power plants based on the objective function; optimize the non-cooperative game model with the interactive power of the energy storage coordination controllers of each virtual power plant as a game strategy to obtain the optimal coordination power among each virtual power plant. The invention realizes the optimal coordination output among the virtual power plants through the energy storage coordination controller model and the non-cooperative game algorithm, thereby improving the stability, yield rate and energy utilization rate of each virtual power plant.