694 results about "Energy reduction" patented technology

The invention concerns a method of managing energy consumed by a group of energy consuming devices (31 to 39) and energy consuming devices (31 to 36) for executing this method. Energy consuming devices (31 to 36) of the group of energy consuming devices exchange messages according to an energy management control protocol via a communication media (4). The energy management control protocol comprises an energy booking message type for announcing future energy consumption, an energy reduction indication message type for announcing possible reduction of energy consumption and a granting message type for granting an energy booking message and / or an energy reduction indication. The energy consuming devices (31 to 36) negotiate their energy consumption by means of the messages exchanged according to the energy management control protocol and control their energy consumption according to the result of this negotiation.

The invention concerns a method of managing energy consumed by a group of energy consuming devices (31 to 39) and energy consuming devices (31 to 36) for executing this method. Energy consuming devices (31 to 36) of the group of energy consuming devices exchange messages according to an energy management control protocol via a communication media (4). The energy management control protocol comprises an energy booking message type for announcing future energy consumption, an energy reduction indication message type for announcing possible reduction of energy consumption and a granting message type for granting an energy booking message and / or an energy reduction indication. The energy consuming devices (31 to 36) negotiate their energy consumption by means of the messages exchanged according to the energy management control protocol and control their energy consumption according to the result of this negotiation.

The invention provides a method for optimizing energy usage in commercial buildings. Energy consumption data is used, along with occupant data, to determine appropriate adjustments in energy, and for ongoing monitoring and reporting of energy savings. According to the inventive method, the building of interest is characterized, including calculation of lag parameters—temperature lag, solar gain lag, solar strength lag, and, in some instances, humidity lag, which inform a thermal energy equation particular to the building of interest. Mechanical heating lag and mechanical cooling lag are used for on-going energy use optimization. An outside temperature index may also be used. The resulting accuracy of the thermal energy equation is over 90% for both heat and chilling input, once the building has been optimized according to the inventive method.

A methodology is provided for informing targeted Demand-Response (DR) and marketing programs that focus on the temperature-sensitive part of residential electricity demand. The methodology uses energy consumption readings collected from “smart” electricity meters, as well as hourly temperature readings. Individual consumption is decomposed into a thermal-sensitive part and a base load (non thermally-sensitive), a model of temperature response that is based on thermal regimes, i.e., unobserved decisions of customers to use their heating or cooling appliances. This model is used to extract useful benchmarks that compose a thermal profiles of individual customers, i.e., terse characterizations of the statistics of these customers' temperature-sensitive consumption. This knowledge may, in turn, inform the DR program by allowing scarce operational and marketing budgets to be spent on customers whose influencing will yield highest energy reductions at the right time. Methods are also provided for scheduling optimal, individual customer controls of the thermal appliance to achieve a desired profile of the aggregate energy reductions.

The invention discloses an ultrasonic wave cleaner for a coating of an optical lens and a treatment method thereof, which belong to the fields of metal surface treatment technology, vacuum coating technology and optical technology. The ultrasonic wave cleaner is characterized by performing ultrasonic alkali cleaning, pure water rinsing and ultrasonic pure water rinsing on the optical lens in cleaning medium under the condition of pendular motion respectively, slowly and perpendicularly lifting the optical lens or ensuring that a liquid slowly descends to break away from a workpiece when running water is circularly filtered, and using hot air to dry the optical lens under quiescent conditions. A structure of the ultrasonic wave cleaner is that: a conveyer is provided with traveling girders, the girders are provided with grab hooks, and the hooks are suspended with washing baskets; and different working procedures are finished by different devices, namely a liquid tank body is matched with a pendulous device, a dehydration device and a drying device to finish respective working procedures. The ultrasonic wave cleaner and the method have the advantages that the ultrasonic wave cleaner and the method do not use inflammable, explosive and toxic organic solvents to wash, reduce energy consumption, avoid the air pollution in workshops, can effectively improve the cleanliness of products, and ensure that the adhesive force of the coating of the optical lens is remarkably improved.

An image retrieval method based on minimum projection errors of multiple hash tables belongs to the technical field of image retrieval, and is characterized in that the gist features of an image to be retrieved, a training image and a query image are respectively extracted; the principal component direction of training features is calculated and optimized through the iterative quantization method, and features to be retrieved and query features are projected on the optimized principal component direction to acquire the corresponding hash codes; the training features go through energy reduction to get new training features, and the process is repeated until the Num groups of hash codes are acquired; and the Hamming distance between the Num group of hash codes of the query image and the Num group of hash codes of the image to be retrieved is calculated, so that the similarity between the image to be retrieved and the query image can be measured according to the distance. The invention has the effects and benefits that the image retrieval method overcomes the shortcoming that the Hamming spherical radius of a single harsh table is large in case of a high recalling rate, as well as the problem that random projection hashing needs too many hash tables in case of a high recalling rate.

Processes and systems for drilling a borehole wherein a gravitational energy term, a torsional energy term, a hydraulic energy term and a hydromechanical specific energy which is the sum thereof may be determined using real-time data and compared against corresponding setpoints. The hydraulic energy term may include a hydraulic energy reduction factor so as to account for the distance between the fluid nozzle of the drill bit and the rock and may include the kinematic viscosity of drilling fluid. One or more drilling parameters, such as weight on bit, revolutions per minute, drilling fluid flow rate, or combinations thereof, may be adjusted based upon such comparison to approximate the least amount of energy required to destroy and remove a given unit volume of rock. The setpoints may be changed manually or automatically at the direction of the user.

The invention discloses a correlation analyzing method based on vehicle, road conditions and safe travel big data in a network of vehicles. The method comprises the following steps of data acquiring, data transmitting and storing, data de-noising, data analyzing, and data display and feedback. The data acquiring process is not limited to data of the vehicles, and it also includes data related to roads and surrounding vehicles. With data classification and storage, removal of abnormal values through de-noising, as well as multivariate linear regression fitting analysis, the correlations can be determined and sent back to the owner of a vehicle among the conditions for dangerous driving, vehicle's hardware state, road environments, surrounding vehicles and driving behaviors. The analyzing method provided by the invention can enable drivers to learn about their driving behaviors and their vehicles' states. For the instant replacement of parts with potential to bring danger and the rectification of bad driving behaviors, the purposes can be achieved including energy reduction, vehicle lifetime extending, and safe driving.

An energy control system and control method for heating and cooling water circulation, relating to the control of a multi-user heating and cooling system and its corresponding water pump system with or without adjustment function in its terminal devices. It effectively solves the problems of heat energy waste and energy waste generated by water pump circulation. The present invention consists of heat source water supply and return pipelines, water pumps, VFD frequency converters, flowmeters, electric regulating valves, differential pressure sensors, temperature sensors, user terminals, and related control logic that can monitor the performance of the water pumps, start / stop the water pumps, and adjust the frequency of the water pumps. The controller composition. The implementation of the present invention can control the indoor temperature very well, improve the indoor comfort, avoid the overall overcooling or overheating phenomenon in the building room; and can reduce the waste of heat energy by 30%; reduce the energy waste of the circulating water pump by 70%-90% %.

The invention discloses a stripping treatment method for dyed textiles. The method comprises the following steps: using nanometer material as a catalyst, treating the dyed textiles, in particular to defective dyed products, under ultraviolet light in oxygen at 10-100 DEG C so as to reach different required dye effects and repair or redye the textiles; and meanwhile, adding an accelerant to a stripping bath to accelerate or enhance the dye effect. The method adopts strong oxidative free radicals, and the like generated by nanometer material photocatalysis as stripping agents, can obtain satisfactory stripping effect under normal temperature and normal pressure, avoids using a great amount of reducing agents, oxidants, and the like as in a traditional stripping method and can repeatedly usethe nanometer material stripping bath. The stripping technology has clean process, no pollutant generation, good environmental-protection ecological property, simple equipment and process, short flows, high efficiency, energy reduction and consumption and emission reduction.

The invention discloses health-care medicinal granules capable of relieving mental pressure and resisting depression. The medicinal granules mainly comprises the following nutritional ingredients: Inca Inchi oil, Inca Inchi polypeptide, plantain powder, soybean polypeptide, L-theanine, passionflower, kendir, licorice root, kudzu root, schisandra fruit extract, deep sea fish oil, tryptophan, tyrosine, folic acid and the like. The method comprises the following steps: carrying out cold pressing and enzymolysis, evenly mixing according to parts by weight, adding emulsifier glycerol monostearate,homogenizing and carrying out spray drying. The nutritional medicinal granules disclosed by the invention have good mouthfeel, and has favorable action on improving depressed people with irritability, great mood fluctuations, obvious energy reduction, causeless continuous fatigue, insomnia, early sleep, hypersomnia, and concentration difficulty or plummet. Compared with products which can only relieve pressure and resist depression or western medicines with side effect, the nutritional medicinal granules have obvious advantages, are a novel health-care solid beverage, and have wide market development and application prospects.

A method and system for curtailing energy consumption of an appliance, such as an air conditioning compressor or heat pump, is provided. A control unit stores information relating to the load, which may include a connected load value, such as a power consumption value or efficiency rating. The control unit then monitors the appliance to determine when the appliance is calling for energy. Upon receiving an energy reduction value from a remote source, the control unit then calculates a permitted run time from the energy reduction value and the connected load value. The control unit, through a switch, then permits the appliance to be operable only for the permitted run time so as to reduce power consumption by a predetermined amount.

A muffler for enhanced arc protection is described. In the case of an internal arc event in an electrical enclosure, the muffler exhausts arc gas and plasma parallel to the enclosure surface, instead of directly forward where persons may be located. The muffler includes perforated plates and baffle plates in its interior space. The perforated plates have offset perforation patterns from one another, and the baffle plates are provided on opposing walls, causing the plasma and gas to make multiple directional changes. The perforated plates also filter the arc gas and plasma. These directional changes and filtering result in an energy reduction from the exhaust, which provides an increased margin of safety. In addition, the muffler provides an adequate level of ventilation in the enclosure, thus keeping the components cool.

The invention provides a method for optimizing energy usage in commercial buildings. Energy consumption data is used, along with occupant data, to determine appropriate adjustments in energy, and for ongoing monitoring and reporting of energy savings. According to the inventive method, the building of interest is characterized, including calculation of lag parameters—temperature lag, solar gain lag, solar strength lag, and, in some instances, humidity lag, which inform a thermal energy equation particular to the building of interest. Mechanical heating lag and mechanical cooling lag are used for on-going energy use optimization. An outside temperature index may also be used. The resulting accuracy of the thermal energy equation is over 90% for both heat and chilling input, once the building has been optimized according to the inventive method.

The invention provides a method and system for optimizing energy usage (where “energy” means electric, gas, and other energy sources) in commercial buildings. In one embodiment of the invention, historical energy consumption data is used, along with occupant data, to determine appropriate adjustments in energy usage. The invention further provides for ongoing monitoring and reporting of energy savings.A system according to the invention implements a process which consists of six stages of analysis: Usage / Energy Use Mapping and data collection, Occupant Comfort Analysis (aka Energy Zoning), Load Matching / Plant scheduling, Occupant Comfort Data Collection / Building Characterization, Design Iterative Building Energy Strategies and Energy Usage / Savings Reports / Detailed Advice Reports.

Processes and systems for drilling a borehole wherein a gravitational energy term, a torsional energy term, a hydraulic energy term and a hydromechanical specific energy which is the sum thereof may be determined using real-time data and compared against corresponding setpoints. The hydraulic energy term may include a hydraulic energy reduction factor so as to account for the distance between the fluid nozzle of the drill bit and the rock and may include the kinematic viscosity of drilling fluid. One or more drilling parameters, such as weight on bit, revolutions per minute, drilling fluid flow rate, or combinations thereof, may be adjusted based upon such comparison to approximate the least amount of energy required to destroy and remove a given unit volume of rock. The setpoints may be changed manually or automatically at the direction of the user.

The invention provides a method and a device for controlling the energy consumption of servers, comprising the following steps: defining the characteristic parameters of different application scenes, establishing a relation table of the characteristic parameters of the application scenes as well as the performance parameters and the energy consumption parameters of the servers, and then adjusting the energy consumption parameters of the servers by using a dynamic optimized scheduling control algorithm according to the characteristic parameters of the application scenes and the performance parameters of the servers to realize the dynamic control of the energy consumption of the servers. The method and the device are used for solving the problem of energy consumption control of data center servers. Under the condition of ensuring that functions and performance meet application requirements, a relevant energy-reduction or energy-increasing scheduling strategy is adopted; a stepping type gradual scheduling strategy or a safe retreating scheduling strategy is adopted to carry out energy-reduction scheduling; a scheduling strategy of combining jumping type one-step energy increasing with stepping type callback approaching is adopted to carry out energy-increasing scheduling, thereby the energy consumption parameters of the servers are adjusted to the optimal values, and the real-time and dynamic control on the energy consumption of the servers is realized.

A system for modulating a fan beam for radiation treatment employs shutters that may move rapidly into and out of different beamlets of a fan beam, the shutters having a systematic weighting so that a limited number of shutters may obtain a far greater number of regularly spaced energy reductions.

The invention provides a fuel cell purging device and a control method thereof. The fuel cell purging device is used for purging a fuel cell. The fuel cell and the fuel cell purging device are arranged on a vehicle. The fuel cell purging device comprises a control unit, a detection unit and a purging unit. An internal resistance threshold value is set through the control unit. When the vehicle enters a first state, the purging unit purges the fuel cell, the detection unit is used for detecting the ohmic internal resistance of the fuel cell, and when the ohmic internal resistance of the fuel cell is not less than the internal resistance threshold value, the purging unit stops purging the fuel cell. According to the fuel cell purging device and the control method thereof, purging can be stopped after the fuel cell reaches the preset humidity, damage to the fuel cell due to low-temperature influence is avoided, and energy waste can also be reduced.

The purpose of this invention is to provide an electrolyte capable of suppressing decomposition of a solvent on he negative pole, suppressing energy reduction, gas and load charcteristic going worse to provide a nonaqueous electrolyte providing excellent load property and low temperature property to the battery, and provide a secondary battery containing the electrolyte and additives for it characterizing in containing unsaturated sultone nonaqueous electrolyte and secondary battery using this electrolyte and its additives composed of same compositions.

The present invention discloses an integrated and optimal scheduling system of an energy system, which is respectively connected with a management information system and a production process control system. The integrated and optimal scheduling system comprises an operation interface, an information monitoring and scheduling function module, a data analysis function module, an energy optimizing function module, an energy planning function module, an event management function module, a functional model base, a relational database, real-time database, an interface module and a manual input interface; wherein, the information monitoring and scheduling function module, the data analysis function module, the energy optimizing function module, the energy planning function module and the event management function module are respectively connected with the operation module and the functional model base; the relational database is respectively connected with the operation interface, the functional model base, the real-time database and the manual input interface; the relational database is connected with the management information system through the interface module; and the real-time database is connected with the production process control system. The present invention can scientifically and accurately schedule the energy supply, and reduce the energy waste and pollutants.

In a multi-zone control system for central forced air HVAC systems where the minimum conditioned airflow produced by the HVAC equipment significantly exceeds the airflow capacity to many of the zones, the invention is an energy saving method for choosing non-calling zones to receive excess airflow in. When satisfying calls for conditioning from one or a few zones, excess conditioned airflow is directed to non-calling zones. The method chooses occupied non-calling zones using a priority that provides comfort, and chooses unoccupied non-calling zones using a different priority that provides energy savings. Limits are provided for each zone to prevent excessive over conditioning in non-calling zones.

The invention relates to a method for drying carrots, in particular to a method for drying carrots by an oxygen-free heat pump. By the method, nitrogen gas is filled into a drying chamber of the heat pump so as to generate an oxygen-free environment, and the carrots can be dried in the oxygen-free environment. On the basis of quality research on dried carrot slice products and energy reduction, the nitrogen gas is used as drying medium to dry carrot slices in the oxygen-free heat pump, so that beta-carotene in the dried carrot products is high in reservation ratio, the dried carrot products are orange in tinct and palatefull in flavor, and quality of the dried carrot slices is improved. By the method for drying carrots by the oxygen-free heat pump, drying time is shortened, and production efficiency is improved. Besides, the method for drying carrots by the oxygen-free heat pump is low in drying cost, fine in drying effect, easy to control and capable of realizing real sanitary large-scale continuous automatic production.

The invention relates to a sludge dewatering, drying and incinerating system and method. The system comprises a sludge conditioning device, a sludge deep dewatering device, a sludge drying device, a sludge self-maintaining incinerating device and a smoke treatment device which are sequentially connected; the sludge drying device is connected with a condensation recovery device; the condensation recovery device is connected with the sludge conditioning device and the sludge self-maintaining incinerating device; a heat recovery device is further connected between the sludge self-maintaining incinerating device and the smoke treatment device. Steam in the sludge drying device is recycled, and the heat utilization efficiency of the system is improved; sludge is conditioned through condensate of the condensation recovery device, and dewatering of the sludge is facilitated; ash slag in smoke in the sludge self-maintaining incinerating device is recycled, no auxiliary fuel is required, the utilization efficiency of resources is high, and accordingly, the sludge dewatering, drying and incinerating system and method are suitable for various kinds of resourceful sludge treatment, multistage utilization of heat, water and slag is realized, and energy reduction and resource recovery effects are remarkable.

The invention discloses a cold and heat dual-purpose heat pump system with phase-change cold storage and heat storage functions. The cold and heat dual-purpose heat pump system mainly consists of a hot water circulating device, a cold water circulating device, a compressor and a throttling valve. The cold and heat dual-purpose heat pump system with the phase-change cold storage and heat storage functions has the advantages that the hot water circulating device and the cold water circulating device are respectively provided with a phase-change heat storage tank and a phase-change cold storage tank; each working state of the hot water circulating device is correspondingly combined with each working state of the cold water circulating device, so that multiple running modes are realized, the waste of one part of cold energy or heat energy caused by unbalance of cold energy or heat energy in quantity and nonsynchronous time at the cold and heat demand sides is avoided, the maximum utilization of cold energy and heat energy of a dual-purpose heat pump device is basically realized, and the loss of energy source is reduced.

The invention discloses a vehicle collision transient kinetic energy reduction magnetic force buffering system and method. The system comprises a data collection module, a collision prediction module, a magnetic force buffering device and an Internet of Vehicles, wherein the data collection module obtains travelling data of a present vehicle and a vehicle travelling in the front and separately transmits the travelling data to the Internet of Vehicles and the collision prediction module; the collision prediction module analyzes the travelling data of the present vehicle and the vehicle travelling in the front and performs collision prediction of the present vehicle and the vehicle travelling in the front by using a physical pursuit problem algorithm when the relative distance between the vehicles is smaller than 1m; and the magnetic force buffering device is used for performing data conversion calculation of magnetic-electricity of the system, signal transmission and reception, and magnetic force generation. By the adoption of the vehicle collision transient kinetic energy reduction magnetic force buffering system and method disclosed by the invention, the vehicles having a collision risk form a magnetic field with the same polarity through magnetic disks, so that the accident loss is reduced and the safety of life and the property of drivers and passengers can be ensured.