209results about How to "Meet energy needs" patented technology

A two-phase milk substitute instead of foremilk and milk for calf is prepared from the vegetative protein (soybean protein), whey powder, water-soluble fat, digestion assistant, minerals and vitamins.

The invention discloses a smart energy network system and a control method thereof. The system comprises one or more regional energy network units. The regional energy network unit comprises an energy generation subsystem, an energy storage subsystem, an energy application subsystem and an energy regeneration subsystem, and further comprises a subsystem energy efficiency controller and an energy efficiency matching station, wherein the subsystem energy efficiency controller is connected with the energy generation subsystem, the energy storage subsystem, the energy application subsystem and the energy regeneration subsystem respectively; and the energy efficiency matching station is connected with the energy generation subsystem, the energy storage subsystem, the energy application subsystem and the energy regeneration subsystem by an energy network and an information network, and is used for acquiring the energy information of the regional energy network units by the information network, and scheduling the energy production, transfer, storage and conversion in the regional energy network units according to the energy information by the subsystem energy efficiency controller.

The invention discloses a low-fish-meal compound feed for micropterus salmoides. The low-fish-meal compound feed comprises the following components in parts by weight of 25-40 parts of fish meal, 5-15parts of plasma protein powder, 5-15 parts of chicken meat powder, 10-25 parts of fermented soybean meal, 3-10 parts of peanut cakes, 4-10 parts of corn protein powder, 6-15 parts of high gluten flour, 2-6 parts of krill powder, 1-4 parts of cuttlefish cream, 1-6 parts of fish oil, 1-5 parts of soybean oil, 1-5 parts of soybean phospholipid, 0.1-0.5 part of choline chloride, 0.1-0.8 part of calcium dihydrogen phosphate, 0.5-1.5 parts of a vitamin premix, 0.5-1.5 parts of a mineral premix, 1-5 parts of inulin, 0.05-0.3 part of methionine, 0-0.5 part of bile acid and 0-0.4 part of taurine. Thelow-fish-meal compound feed for micropterus salmoides conforms to the nutrient requirement regularity of the micropterus salmoides, and has the advantages of being good in palatability and high in digestibility, increasing the survival rate, reducing the feed coefficient, improving the immunocompetence of the micropterus salmoides, and promoting healthy and quick growth of the micropterus salmoides.

The invention discloses a nondestructive testing device for hyperspectral transmission imaging of sphere-like fruits and relates to the technical field of nondestructive testing of agricultural product quality. The device is characterized in that a motorized translation stage (40) is arranged at the bottom in a box body (20), a sample chamber (50) is formed in the upper part of the motorized translation stage (40), and a hyperspectral imaging instrument (30) is arranged at the top in the box body (20); the motorized translation stage (40) and the hyperspectral imaging instrument (30) are connected respectively with a computer (10) outside the box body (20); a fruit sample (00) is arranged in the sample chamber (50) and aligns to the hyperspectral imaging instrument (30). The device is reasonable in design and convenient to adjust, has comprehensive functions and is applicable to nondestructive detection and experimental research of the sphere-like fruits such as apples, persimmons, pears, peaches, oranges, watermelons and the like.

The invention relates to a micro-grid energy optimization management method. As a micro-grid energy flow supply-demand error mathematical model is taken as the basis, in the method, controllable power supply of a micro turbine, the charging-discharging capacity and the charging-discharging time of stored energy, dispatching of using time and used electric capacity of users and the like are taken as manipulated variables and the time-sharing and layering-based hierarchical prediction control optimization algorithm is adopted for optimizing the working statuses of all energy modules in consideration of constraint conditions such as energy conservation in the practical micro-grid operation, and the electric restriction of physical equipment, so that the bi-directional disturbance caused by new energy and user loads can be improved, the requirements of the user loads on the electric energy can be met, and the reliability, the safety and the economical efficiency for micro-grid operation can be ensured; the method is suitable for energy optimization management in a practical power grid.

The invention relates to a lamb milk replacer belonging to the field of the animal nutrition and forage science of the animal husbandry. In the invention, vegetable protein, such as soybean and the like, whey powder, milk sugar, water-soluble fat, an enzyme preparation, mineral substances, vitamins and the like, are taken as raw materials to prepare the lamb milk replacer according to a scientific formula, and the lamb milk replacer is used for replacing goat milk and milk to feed lambs which are 0-90 days old. The milk replacer contains various nutrient substances required by the growth and development of the lambs and reaches the optimal proportion. The lambs can use the lamb milk replacer after being born. The survival rate of the lambs under the condition of multiple lambs in a birth can be improved by using the milk replacer, and meanwhile, the digestion and the adsorption of the lambs to the nutrient substances can be promoted, thereby promoting the growth and development of the lamps. The application of the invention can bring visible economic and ecological benefits to the development of animal husbandry and mutton sheep breeding industry.

The invention discloses a decision method for rolling optimization of wind and light storage cooperative scheduling. The decision method comprises the following implementation steps of: acquiring day-ahead prediction values of load, wind power of wind power farms and output power of photovoltaic power stations and data such as charging demand of each electric automobile recharging station; arranging a day-ahead plan of a next-day charging plan of each electric automobile recharging station, wherein the plan can meet energy demands of electric automobiles of each electric automobile recharging station and reduce the peak valley difference rate of equivalent load curves, so that the peak pitching pressure of the conventional machine sets is reduced, and the energy access level of renewable energy is improved; and continuously modifying the rolling of the charging plan of each electric automobile recharging station in rest time period of a current day in real time through the updated predication data acquired every hour such as the load, the wind power of the wind power farms and the output power of the photovoltaic power stations of the rest time period of the current day in the operation of the current day, so that the problem that an actual equivalent load curve smoothing effect of the current day is weakened by the charging plan of each electric automobile recharging station due to prediction errors is solved as possible.

A thermion-photoelectric-thermoelectricity combined type isotope cell comprises a radioactive source and an energy transition structure; two ends of the energy transition structure are respectively assembled with a cell anode and a cell cathode; the energy transition structure comprises an emission pole plate, a filling medium and a transparent charge collection plate arranged in sequence from inside-out and compactly stacked; the emission pole plate is arranged on the radioactive source side surface; the energy transition structure also comprises a first transparent insulation substrate, a photoelectric assembly, a second transparent insulation substrate and a thermoelectricity assembly arranged in sequence from inside-out and compactly stacked, wherein the first transparent insulation substrate is arranged on the transparent charge collection plate side surface; two ends of the photoelectric assembly are provided with a first electricity output electrode; two ends of the thermoelectricity assembly are provided with a second electricity output electrode; the energy transition structure side surface and cell anode and cathode on two ends are wrapped by a buffer pad; an inner package and an outer package heat radiation layers are arranged on the outer surface of the buffer pad. The thermion-photoelectric-thermoelectricity combined type isotope cell is high in energy conversion efficiency, large in output power, strong in environment applicability, good in work stability, and long in service life.

The invention discloses selenium-rich germinated brown rice snowflake rice flakes and a processing method of the selenium-rich germinated brown rice snowflake rice flakes. The selenium-rich germinated brown rice snowflake rice flakes comprise the following raw materials in percentage by weight: 15-24% of selenium-rich germinated brown rice, 23-29% of milled rice with embryo, 13-22% of buckwheat, 16-25% of maltodextrin, 3-13% of pumpkin powder, 4-9% of semen sesami nigrum and 3-7% of xylitol. The processing method comprises the following steps in sequence: grinding the raw materials, adding water for stirring, grinding by gum, saccharifying and carrying out pregelatinization, drying the raw materials by using a steam rotary drum, crushing and separating, drying the raw materials in the air to obtain the selenium-rich germinated brown rice snowflake rice flakes of 5-7 meshes. The selenium-rich germinated brown rice snowflake rice flakes are fresh in taste, rich in nutrition, balanced in energy, instant to brew and drink, and convenient to eat.

The invention discloses food with functions of enhancing immunity, supplementing calcium and anti-aging, and belongs to the field of food processing technology. The food has the functions of enhancing immunity, supplementing calcium and anti-aging. The food is prepared by the following raw materials by weight: 0.5-1.5 parts of bone powder, 1.5-2.5 parts of collagen, 0.3-0.8 part of ginseng powder, 0.0000002-0.0000003 part of vitamin D, 3-4 parts of hazelnut powder, 0.5-1.5 parts of sea-buckthorn extract, 0.5-1.5 parts of silkworm pupa powder and 5-7 parts of lotus powder. The food is rich in nutrients and comprehensive in functions, can be absorbed and utilized by human body, and has the functions of supplementing calcium, enhancing immunity of human body, delaying skin aging, supplementing protein and building the human body.

The invention discloses a manufacturing technology of an R4 grade mooring cable used on a deep sea drilling platform. The manufacturing technology comprises steps as follows: blanking, heating, ring making, flash welding, burr removing, ledge pressing, quenching and tempering, tension testing, surface polishing, non-destructive flaw testing, packing, dip coating and shipping, wherein during heating, the fine grain steel granularity is required to be maintained to be higher than three grades; the temperature difference is controlled to be plus or minus 2 DEG C; during ring making, welded junctions are spaced for 1-3 mm, the angle is 3-4 degrees, and the alignment tolerance is 0.3 mm; the burr removing precision is smaller than 3%; the difference of the reshaping size of a pressed ledge is controlled to be plus or minus 0.2 mm; a ledge is strengthened and not symmetric; and the ledge length difference is plus or minus 0.2 mm. The marine mooring cable manufactured with the manufacturing technology method has the effects of high strength and toughness, corrosion resistance and fatigue resistance.

The invention discloses a solar energy and air source heat pump coupled hot water system. The system has three operation modes; when solar sunlight is sufficient, solar energy is adopted to directly supply heat; and when the solar energy is insufficient, an air source heat pump system is used for supplying hot water. In addition, a heat storage device is provided for storing the heat of the solar energy in a heat pump heating mode, and is used as a low-temperature heat source in regeneration of a solid absorption dehumidifying agent in a regeneration mode; and at this time, the solar energy continuously feeds the heat to the heat storage device to meet the heat requirements in regeneration of adsorbent so as to realize frostless operation of a heat pump and recycling of dehumidification adsorbent. On the basis of fully using the solar energy to supply the heat, a heat pump heating system is additionally provided to realize continuous hot water supply; and the solar heat stored in the heat storage device is used as the low-temperature heat source in regeneration of the dehumidification adsorbent to realize frostless operation of the air source heat pump.

The invention relates to a capacity allocation method applied to a rail transit vehicle-borne hybrid energy storage system. The method comprises a step of defining a weight weight factor (alpha) and a charging energy weight factor (Q), a step of substituting the traction condition information of a train, alpha, Q and energy storage component parameters of the vehicle-borne hybrid energy storage system as input into each boundary condition of an energy demand, a charging power demand and a discharge power demand of the vehicle-borne hybrid energy storage system, outputting a boundary value of a total weight of the vehicle-borne hybrid energy storage system separately, and recording a maximum value in three boundary values as the total weight of the vehicle-borne hybrid energy storage system needing to be configured actually in this time of alpha and Q allocation, and a step of obtaining an optimal capacity allocation scheme through the optimized calculation and adjustment of alpha and Q. Accoding to the method, while the train traction is satisfied, with the weight of the vehicle-borne hybrid energy storage system as an optimization target, an optimized capacity allocation scheme with the coupling of different types of energy storage components are made through optimized calculation, and a new way of thinking is provided for the capacity allocation of the vehicle-borne hybrid energy storage system.

The invention relates to a clinical nutrition formula special for diseases of respiratory system. The clinical nutrition formula comprises protein, fat, carbohydrate, dietary fiber, macro-element, microelement, lipid-soluble vitamin, water soluble vitamin, diet essence, homologous medicinal and diet components, natural plant compound and new resource food. The invention also relates to a preparation method for the clinical nutrition formula. The method comprises the following steps: preparing all the components into powder in advance; performing alcohol extracting, water extracting, concentrating and spray-drying on the homologous medicinal and diet components, thereby acquiring powder; preparing the vitamins and fat into powder in the manner of microencapsulation treatment; or adopting a wet process for performing emulsifying, homogenizing and spray-drying on all the components, thereby acquiring the powder. Through the screening and matching of the components, the nutrition formula provided by the invention can supply comprehensive and sufficient nutrition support to the patient suffering from the diseases of respiratory system, so that the body immunity can be promoted, a certain effect for improving the nutrition state, respiratory function and life quality of the patient can be achieved and a better condition is established for treating the diseases.

The invention discloses a scheduling optimization method of a multi-energy coupling comprehensive energy system. The scheduling optimization method comprises the following steps: S1, establishing models of renewable energy, energy coupling equipment and energy storage equipment; s2, establishing a day-ahead scheduling model; s3, substituting the prediction results of the electricity, cold, heat and gas loads in the future 24 hours into the model in the step S2, and performing solving the prediction results in a Cplex optimizer; s4, establishing an intra-day rolling optimization scheduling model; and S5, substituting the real-time electricity, cold, heat and gas loads into the model in the step S4, and performing solving in a Cplex optimizer. According to the scheduling optimization method,the accuracy of a result is improved by utilizing day-ahead intra-day multi-time-scale scheduling, so that the operation cost of the system is reduced, and the stable and economic operation of the system is ensured.

The invention relates to a method for producing a high-macroelement liquid organic special fertilizer. The method comprises the following steps: selecting raw materials, pretreating the raw materials, performing anaerobic fermentation, performing slag-liquid separation, performing oxygen exposure filtration, mixing and blending and performing refined filtration filling. The content of the macroelement is improved to a high level, and the topdressing problem of organic cultivation is solved; and moreover, the production efficiency is high, the cost is low, and the problems that waste of biogas slurry and sewage is severe even the environment is polluted are solved.

The invention discloses an integrated energy supply system for an agricultural greenhouse and a power supply method. The temperature of the greenhouse is automatically adjusted, heat required for maintaining the temperature of the greenhouse is provided, or the temperature of the greenhouse is reduced. According to the integrated energy supply system and the power supply method, a solar heat collection and wind power stirring heating combination effect is used for providing heat to a biogas generator, and the temperature of high-efficiency fermentation of a biogas raw material is maintained; and chemical energy released by biogas combustion is used for driving an absorption type heat pump to realize heating and cooling of the greenhouse, the utilization rate of renewable clean energy and the greenhouse heating efficiency are improved, a comprehensive energy supply operation strategy is proposed, the aim of adjusting the temperature of the greenhouse in different seasons and different weather conditions is achieved, and the needs for agricultural greenhouse energy supply are met.

The invention belongs to the technical field of production of military field battle foods and particularly relates to a production process of a self-heating convenient dish. The production process comprises the following steps: cleaning raw material vegetables, sorting, cutting, carrying out pickling, blanching/deep frying and bagging, adding soup and seasonings, and carrying out sealing, high-temperature sterilization, low-temperature pre-storage and radiation sterilization, wherein the low-temperature pre-storage step is to store a mature dish at (-5)-0 DEG C, and the absorption dose of the food in a radiation sterilization step is 4-10 Gray. The dish produced by virtue of the production process has good preservation degrees on colors, fragrance and flavors and is nutritional and sanitary.

The invention discloses a fermented feed raw material preparation as well as a preparation method and application thereof. The preparation is made from the following raw materials through beneficial microbial fermentation: 205-225 parts of soybean meal, 185-215 parts of cottonseed meal, 185-195 parts of rapeseed meal, 175-205 parts of bran, 185-210 parts of cassava residues and 5-10 parts of cane sugar honey. The invention aims to provide the fermented feed raw material preparation which is balanced in nutrition, low in cost, and capable of enhancing the immunity of bred animals, increasing the survival rate of the bred animals and reducing environmental pollution.