83results about How to "Solve the consumption problem" patented technology

The invention discloses an upgrade release method and apparatus of a file, wherein the method comprises: importing a release bag of current release version of a specified file; releasing full amount of the release bag if the release bad is an original version; determining one or more released version of the specified file that needs to be cooperate with the current release version to generate incremental quantity according to a preset strategy if the release bag is an upgrade version, generating correponding incremental quantity file and generating an incremental quantity upgrade list containing an incremental quantity upgrade route according to the currently and early generated incremental quantity files; and releasing the generated incremental quantity files and issuing the generated incremental quantity upgrade list to a configuration file of a client terminal that performs incremental upgrade. According to the technical solution of the invention, the problem of wasting flow during the full amount release of all versions is solved.

The invention relates to a recycled aggregate special mortar preparation method and relates to the field of building materials. The method includes the steps: using building wastes such as waste concrete, waste bricks and waste lime-sand mortar which are smaller than 690mm in length as raw materials, determining the quantity of the raw materials as required, crushing and drying to enable moisture to be not more than 0.5% prior to gradational sieving, removing metal, wood dust, plastics and sundries during gradational sieving so that recycled aggregates with the grain sizes of 0.075-0.15mm, 0.15-0.3mm and 0.3-0.6mm are prepared, and using the recycled aggregates to prepare special mortar series including putty for interior and exterior walls, high-hardness and washable putty for interior walls, anti-cracking impermeable elastic putty for exterior walls, dry powder ceramic simulating coating putty, high-hardness washable paste putty, interior wall polishing putty, anti-cracking putty for exterior walls, exterior wall ceramic tile cementing agents, gypsum jointing agents, ceramic tile cementing agents, vetrified tile and mosaic tile cementing agents, marble and thermal-insulation board cementing agents, external thermal insulation cementing mortar and polyphenyl particle rubber powder composite thermal mortar. The recycled aggregate special mortar is used as building raw materials. By the recycled aggregate special mortar preparation method, natural resources are protected, wastes are turned to wealth, labor and time are saved, cost is low, and the requirements of low-carbon production and low-carbon life are met.

The invention relates to a preparation method of recycled aggregate ready-mixed mortar, belonging to the field of building raw materials. The preparation method comprises the following steps of: taking waste concrete, waste bricks and waste sand-lime building materials, which are smaller than 690mm, as raw materials, determining the quantity according to the needs, crushing and drying till the water content is not more than 0.5%, and then performing graded screening so as to prepare recycled aggregate with the particle sizes of 0.075-0.15 mm, 0.15-0.3 mm, 0.3-0.6 mm, 0.6-1.18 mm, 1.18-2.36 mm, 2.36-4.75 mm, 4.75-10 mm and 10-32 mm, wherein metal, wood chips, plastics and other sundries are removed in the graded screening, and the masonry, plastering, waterproof or ground mortar can be respectively prepared by enabling the proportion of the sum of one of the recycled aggregate, cement, powdered ore and cellulose, and short fiber, xanthan gum powder and waterproof powder to the added water to be 1: 0.18. The recycled aggregate ready-mixed mortar can be used as a building raw material. The preparation method has the advantages of protecting natural resources, saving labor, saving time, saving effort, realizing low cost, changing the wastes into valuable things, and meeting the requirements of low-carbon production and living.

The invention discloses a preparation method of recycled aggregate from building wastes, relating to the technical field of building raw materials. The preparation method comprises the following steps of: adopting a waste utilization technology, taking waste concrete, waste bricks and waste sand-lime building materials, which are smaller than 690mm, as raw materials, determining the quantity according to needs, crushing, further drying till the water content is not more than 0.5%, and then performing graded screening so as to prepare the recycled aggregate with the particle sizes of 0.075-0.15 mm, 0.15-0.3 mm, 0.3-0.6 mm, 0.6-1.18 mm, 1.18-2.36 mm, 2.36-4.75 mm, 4.75-10 mm and 10-32 mm and store the recycled aggregate with the different particle sizes respectively, wherein a magnet is applied in the graded screening process for removing metal as well as removing wood chips, plastics and other sundries according to the specific gravity. The recycled aggregate can be used as a building raw material. The preparation method has the advantages of protecting natural resources, saving labor, saving time, saving effort, realizing low cost, changing the wastes into valuable things, and meeting the requirements of low-carbon production and low-carbon living.

An embodiment of the present invention provides a method and a device for selecting a wind tower site in wind farm generation and operation, wherein the method includes: dividing a wind farm site into grids, with the intersection points of the grids being candidate locations for the wind tower site; selecting from all candidate locations the candidate positions that satisfy the requirements of topographic factors, obstacle factors, tower representativeness and wake current factors; using the selected candidate locations to form a primary candidate location set; selecting a candidate location that meets the wind resource monitoring site selection index, the power generation amount post-assessment site selection index, and the ultra-short-term power forecasting location index from the primary candidate location set; and determining the one selected candidate location as the location where the wind tower is installed, wherein the wind resource monitoring site selection index indicates the degree to which the candidate location meets the requirements of wind resource monitoring requirement, the power generation amount post-assessment site selection index indicates the degree to which the candidate location meets the power generation amount post-assessment requirement, and the ultra-short-term power forecasting location index indicates the degree to which the candidate location meet the ultra-short-term power forecasting requirement.

The invention relates to the technical field of wind power dissipation, in particular to a unit combination method considering deep peak load regulation of a thermal power unit under the condition ofgrid connection of wind power, in particular to a method for improving peak load regulation capacity of the thermal power unit under the condition of grid connection of wind power. Including: unit commitment algorithm; Objective function of unit commitment; Constraints of unit commitment; Solution of unit commitment; Operation Flow of Unit Commitment. Under the condition of large-scale wind powergrid connection, the invention considers that a certain reserve is reserved for the wind farm to balance the change of the wind power output. When the load is low, the conventional power plant unit has been adjusted to a lower output, if the wind farm output increases significantly at this time, the acceptance of wind power will be limited, resulting in wind power discarding limit. Genetic algorithm is used to find the global optimal solution, and the economy of deep peak shaving scheme is analyzed under the condition of large-scale wind power grid. Solve the problem of not abandoning the windabsorption, save the thermal power unit power generation cost, so that 'deep regulation absorption' is feasible.

The invention discloses a power-heat decoupling system in a heat-power cogeneration system. The power-heat decoupling system comprises a gas generator, a heat-power set, a wind power generation device, a heat storage device, a power-heat conversion device, a power load and a heat load, wherein the gas generator is connected with the power load; the wind power generation device and the heat-power set are connected with the heat storage device through the power-heat conversion device; the heat-power set is connected to the power load, the heat load and the heat storage device respectively; the heat storage device is connected to the heat load. A method comprises the following steps: determining demanded quantity of the heat load and the power load, the purchased wind power unit price, fuel unit price, power selling price and heat selling price; determining power quantity and heat quantity generated by unit fuel and heat generated by unit power quantity through power-heat conversion; solving power of the heat-power set, the heat storage device and the gas generator, interaction power of the wind power generation device and the heat storage device, and interaction power of the heat-power set and the heat storage device; and regulating the heat load and the power load via the heat storage device and the gas generator if the heat load and the power load have fluctuation. Through the power-heat decoupling system, an operation method of ordering power by heat is decoupled; and the problem of the wind power consumption is solved.

The invention relates to a low-carbon fireproof thermal insulation decoration integrated board and a preparation method thereof. The board is characterized by comprising a finish coat, an inorganic mineral tailing surface layer, a first inorganic structure fiber net layer, an inorganic/organic composite thermal insulation core layer, a lower inorganic structure fiber net layer and an inorganic mineral tailing bottom layer which are connected from top to bottom in turn. The preparation method comprises the following steps of: preparing the inorganic mineral tailing surface layer; paving the first inorganic structure fiber net layer; paving the inorganic/organic composite thermal insulation core layer; paving the lower inorganic structure fiber net layer; preparing and paving the inorganic mineral tailing bottom layer; and coating the finish coat to prepare the fireproof thermal insulation decoration integrated board. The board has the advantages of high thermal insulation property, decoration property, mechanical property and flame retardant property and the like.

The present invention provides a multi-source and multi-cycle generation schedule formulation method. The method comprises the following steps: I, building a medium-term and long-term plan scene; II, building a medium-term and long-term plan model; III, building a day-ahead plan model on the basis of the medium-term and long-term generation schedule; and IV, building a real-time plan model on the basis of new energy consumption. The multi-source and multi-cycle generation schedule formulation method builds a plan formulation method in a whole period consisting of a medium-term and long-term plan formulation method, a day-ahead plan formulation method and a real-time plan formulation method, and solves several key problems in the schedule plan aiming at the features of a power supply in a long-time range.

A photovoltaic absorbing method for rural micro-energy grid considering building thermal balance and comfort is disclosed. The whole structure of rural micro-energy grid is established: household decentralized electric heating supply system and village centralized photovoltaic access and cooperative power supply system. The heat balance model of building is based on indoor air and building envelope respectively. The heat balance model of indoor air and the heat balance model of inner surface of envelope are established to describe the heat balance process of indoor heat gain and loss. The day-ahead economic dispatching model of rural micro-energy grid is constructed: the objective function is to maximize the economic benefits of energy suppliers, and the constraints of power balance, comfort and other constraints are considered; Genetic algorithm is used to solve the day-ahead economic dispatching model of rural micro-energy grid: modifying the constraint conditions of individuals whodo not meet the constraint conditions screening and modifying, and selecting the optimal individuals in the iteration of genetic algorithm. The photovoltaic absorbing method for rural micro-energy grid considering building thermal balance and comfortnot only ensures the economy but also solves the problem of power grid consumption, and promotes the improvement of the resource utilization efficiency of the micro-energy grid.

The invention relates to a hydrogen-electricity conversion energy system, which comprises: a hydrogen storage system used for storing hydrogen in a solid state; a reversible fuel cell system connectedbetween a power grid and the hydrogen storage system, wherein the reversible fuel cell system comprises a hydrogen production module and a power generation module, the hydrogen production module is used for converting electric energy provided by the power grid into hydrogen energy to be provided for the hydrogen storage system, and the power generation module is used for converting hydrogen energy provided by the hydrogen storage system into electric energy to be provided for the power grid; and a hydrogenation system connected with the hydrogen storage system and used for hydrogenating hydrogen consumption equipment by utilizing hydrogen energy provided by the hydrogen storage system. According to the hydrogen-electricity conversion energy system, hydrogen is stored in a solid state, sothat safe storage of hydrogen energy is realized; a reversible fuel cell system realizes conversion between hydrogen and electricity, replaces hydrogen transportation with power grid power transmission, and solves the problem of difficulty in hydrogen transportation in the hydrogen energy industry; and the reversible fuel cell system can also utilize hydrogen in the hydrogen storage system to generate electricity and supply energy to the power grid, so that energy storage and peak regulation of the power grid side are realized.

The invention provides a multi-agent load regulation and control method based on edge computing, and relates to the technical field of load management in an intelligent microgrid environment. The method comprises the steps of firstly establishing a power node data model in a regional power grid; considering a coupling relationship between regional power grids, establishing a perception model basedon edge computing, and perceiving voltages and phase angles at two ends of a tie line; calculating line loss between the regional power grids, and superposing the generated power and the consumed power in the regional power grids to obtain net active power of the regional power grids; setting a target function of the regional power grid; deducing an interval power grid economic benefit optimal target function according to the target functions of the regional power grids; and finally, converting the economic optimization and load adjustment problem of the interval power grid into the overall economic benefit and inter-regional power balance coupling problem of the distributed regional power grids; and converting the target function into an augmented Lagrange function, and solving the augmented Lagrange function by using an ADMM algorithm to realize regulation and control of the load of the power grid system.

The invention relates to a modified slag powder and a preparation method thereof. The preparation method comprises the following steps: performing heat treatment on the silico-calcium slag to obtain the heat-treated silico-calcium slag; mixing the heat-treated silico-calcium slag with coal ash, slag, gypsum, a cement grinding aid and an additive and grinding to obtain the modified slag powder. According to the preparation method, the silico-calcium slag powder is prepared by use of the silico-calcium slag by-product of producing alumina from the coal ash, and therefore, the application ways of the silico-calcium slag are expanded and the performance indices such as the strength of the concrete can be improved; on the other hand, the modified slag powder prepared by use of the method is superior to common blast furnace slag powder in both early strength and long-term strength, and the various indices at least conform to the standards of the national S95 grade slag powder, and therefore, the modified slag powder can be used as a cement or concrete admixture; the production operation process of the modified slag powder is simple and convenient and the problems of consumption and high value utilization of the silico-calcium slag can be effectively solved; in short, the modified slag powder has great popularization and application value.

The invention provides a power grid frequency modulation method and device. The method comprises steps of determining a photovoltaic power supply active power reference value and a voltage/current outer feature curve of a photovoltaic power supply, determining output power of the photovoltaic power supply, and generating an output P-U curve of the photovoltaic power supply; searching voltage corresponding to the active power reference value of the photovoltaic power supply on the output P-U curve of the photovoltaic power supply and defining the voltage to be a photovoltaic power supply outlet direct current voltage reference value; and fitting the photovoltaic power supply outlet direct current voltage reference value and grid-connected side frequency, and generating a photovoltaic power supply frequency modulation control feature curve. According to the invention, by changing the output power of a photovoltaic plant, the network relating features of the photovoltaic plant are improved; and it is achieved that the photovoltaic power supply participates in the system frequency modulation.

The invention provides a system for carrying out new energy consumption by adopting heat supply distributed regulation and control, and belongs to the technical field of new energy consumption and heat supply. The system comprises new energy power generation equipment, a power grid, a power grid regulation and control center, a heat supply control terminal and an electric heating device. A heat supply control terminal is utilized to establish an electricity price regulation and control mechanism according to the fluctuation condition of new energy power generation and in combination of the load fluctuation of a power grid, and an electricity price lever is utilized to macroscopically regulate the heating load of a user, so that the consumption problem of new energy is effectively solved; auser can automatically or manually regulate and control the indoor temperature according to personal requirements and the graded electricity price issued by the system; the characteristics that the allowance of a new energy power generation system is generally large at night, and the heat supply requirement of a user reaches the peak value at night are effectively utilized, so that peak-valley fluctuation of a power grid is effectively restrained, and the heating cost of the user is reduced. The system has the advantages of being simple in structure, easy to operate, low in cost, fair in heatsupply charging, good in heat supply effect, energy-saving, environment-friendly, high in practicability and the like.

The invention provides an ecotype compound cultivation substrate with garden waste as a main raw material and application of the cultivation substrate. The ecotype compound cultivation substrate contains 40-60% of garden waste compost products, 5-20% of garden waste crushed products, 20-40% of soil and 0-10% of nutrient soil by weight percentage. According to the present invention, garden waste isused as the main raw material in the ecotype compound cultivation substrate provided, chemical properties are stable, pH value is suitable, also physical and chemical performance indicators reach therequirements of a cultivation substrate, a good and stable substrate environment can be provided to plants, and the cultivation substrate is suitable for plant cultivation; and moreover, non-renewable resources such as peat soil are not needed to use in the ecotype compound cultivation substrate, not only can the problem of garden waste absorption be solved, but also precious natural resources such as peat soil can be protected, and the cultivation substrate has high economic value and environment value.

The invention relates to a low-carbon fireproof thermal insulation decoration board with a vacuum vesicle structure and a preparation method for the board. The board is characterized by comprising a finish coat, an inorganic mineral tailing surface layer, a first inorganic fiber net layer, a first inorganic/organic composite thermal insulation wrapping layer, a vacuum vesicle structure thermal insulation barrier layer, a lower inorganic fiber net layer, a second inorganic/organic composite thermal insulation wrapping layer and an inorganic tailing bottom material layer which are connected from outside to inside in turn. The preparation method comprises the following steps of: preparing the inorganic mineral tailing surface layer; paving the inorganic structure fiber net layer; paving the first inorganic/organic composite thermal insulation wrapping layer; paving the vacuum vesicle structure thermal insulation barrier layer; paving the second inorganic/organic composite thermal insulation wrapping layer; paving the lower inorganic structure fiber net layer by using the components and paving process in the step 2; preparing the inorganic tailing bottom material layer; warmly curing, shaping, cutting, stacking and curing; and coating the finish coat. The board has the advantages of high thermal insulation property, decoration property, mechanical property and flame retardant property.

The invention discloses a household type intelligent composite charging and discharging pile regulated based on electricity price and belongs to the field of charging piles for electric cars. The household type intelligent composite charging and discharging pile comprises a housing, a control panel, a charging and discharging port, a charging and discharging driving module, a bidirectional alternating power distribution box, a bidirectional metering electricity meter, a main control module, a communication module, a power grid control center server and the like. Each composite charging and discharging pile exclusively belongs to a specific user for use; the characteristics that the utilization rate of the electric cars at night is low, the load of the power grid at night is at valley bottom and the allowance of a new-energy power generation system is relatively large are combined; electricity price lever and power grid regulation and control information are utilized for regulating theenergy of the power grid and consumption of new energy; and the functions such as repairing and maintenance of the electric cars are integrated. The household type intelligent composite charging and discharging pile has the advantages of being simple in structure, relatively low in cost, convenient to use, complete in function and capable of gaining considerable benefits on the premise of guaranteeing the maximum car use freedom degree and comfort level of a user, and providing favorable conditions for development and popularization of green and environment-friendly type automobiles.

The invention discloses a preparation method for producing baking-free bricks by cooperatively utilizing household garbage incinerator slag and waste plastic particles. The preparation method comprises the following steps that pretreated household garbage incinerator slag and waste plastic particles serve as a part of aggregate in a traditional process, then the aggregate is mixed with river sand,cement, lime, gypsum and an excitant, water is added, uniform stirring is conducted to obtain a mixture, and a certain curing mode is adopted to prepare a baking-free brick product meeting standards.According to the method, a new thought is provided for comprehensive utilization of the household garbage incineration slag through a low-energy-consumption and low-cost building material means; meanwhile, a new solution is provided for the overcoming consumption difficulty of waste plastics; the performance of the baking-free bricks prepared from the slag is improved to a certain extent, and remarkable economic benefits, social benefits and environmental benefits are achieved.

The invention discloses a heating segmented temperature control tunnel type drying channel of a burner. The drying channel comprises a drying channel supporting frame. A conveyor belt used for conveying color crystal glass is arranged on the drying channel supporting frame. A hot air pipe is arranged on one side of the drying channel supporting frame. A plurality of inverted-T-shaped pipes are arranged on the other side of the drying channel supporting frame. The top ends of the inverted-T-shaped pipes are connected through a first connecting pipe and communicate with one another through the first connecting pipe. One side of the lower portion of each inverted-T-shaped pipe is connected with the hot air pipe through a plurality of radiating pipes. The first connecting pipe is connected with a return hot air pipe through a second connecting pipe. One end of the hot air pipe is closed, and the other end of the hot air pipe is connected with the burner or a bio-particle burner. A heat source is provided by the burner or the bio-particle burner. The drying channel is simple in structure, convenient and accurate to control and capable of greatly reducing energy consumption.

The invention provides a real-time scheduling method and system for a wind curtailment transaction, and the method comprises the steps: collecting a wind power prediction result, and calculating and publishing wind curtailment information according to the wind power prediction result and a wind power acceptance capability; enabling The electric power transaction scheduling platform to carry out electric power subscription according to the issued wind curtailment information; And determining a power dispatching plan according to the power subscription information. According to the scheme, the wind curtailment electric power which can be used for electric heating is fully considered, through the scheme, clean heating of wind curtailment electric power cross-regional levels and cross-regionaltransactions under the same regional level is achieved, the utilization rate of wind energy and electric energy is greatly improved, and the scheme is an effective measure for solving new energy consumption and promoting green low-carbon development.

The invention relates to the technical field of mediums, in particular to a tobacco seedling raising medium with biomass biogas residues as a raw material. The medium is prepared from 50% of a base material, 20% of coarse sand, 15% of coarse vermiculite, 5% of humic acid and 10% of perlite. The invention further provides a making method of the tobacco seedling raising medium with the biomass biogas residues as the raw material. The tobacco seedling raising medium has the advantages that the consumption purpose of the biogas residues is achieved, the consistency is ensured from the aspect of the raw materials, and the standardized tobacco floating seedling raising medium product is obtained.

The invention discloses a method of co-processing zinc-rich gypsum slag and jarosite slag, which comprises the following steps of: uniformly mixing the zinc-rich gypsum slag, the jarosite slag and a reducing agent, pressing into balls, putting the obtained balls into a reduction furnace, drying, pre-dehydrating, and then carrying out reduction vulcanization roasting to obtain a roasted material containing zinc sulfide, calcium sulfide and metal iron, mixing the roasted material with water, and acidifying in a three-phase fluidized bed by adopting hydrogen sulfide to obtain a calcium hydrosulfide solution and acidified slag, performing carbonation treatment on the calcium hydrosulfide solution to obtain a calcium carbonate product and hydrogen sulfide gas, and performing magnetic separationon the acidified slag to obtain iron ore concentrate, wherein magnetic separation tailings are zinc sulfide enriched slag. According to the method, calcium, zinc, sulfur and iron resources in the gypsum slag can be comprehensively recycled, secondary waste slag, waste gas and wastewater are not generated in the whole process, the method is environmentally friendly, full-quantitative utilization of the jarosite slag and the gypsum slag can be achieved, and the method has good application and popularization prospects.

The invention provides a new energy data sharing method. The method comprises the steps of classifying, packaging and screening real-time new energy data scheduled in each region of a power grid and extracted in advance, and then importing the new energy data into a source data end of an operation data platform in each region; periodically encoding the imported new energy data by using the sourcedata end of the operation data platform of each region, and importing the encoded new energy data into a regulation and control cloud platform in a unified manner; and feeding back the interacted real-time data to each region for scheduling through the message bus by passing through the source data end of the operation data platform of each region so as to realize data interaction and sharing, wherein the regulation and control cloud platform comprises a regulation and control cloud platform database and hierarchical deployment regional cooperation nodes. Through data processing and information sharing of massive new energy data in a power system, the accurate perception of regulation and control personnel on new energy information of the whole network is improved, and the data potential is effectively mined; a perfect power grid regulation and control strategy is formulated according to the real-time shared information, and the working efficiency of power grid dispatching personnel isimproved.