147 results about "Energy Saving Module" patented technology

A system and method for enabling power conservation when making placement and relocation decisions. More specifically, a virtualized environment power conservation module enables power conservation when making placement and relocation decisions within a virtual environment. The virtualized environment power conservation module assigns virtual machines among a group of physical hosts in order to minimize the net power consumption. The virtualized environment power conservation module makes use of server power profile or real time power consumption data to make power consumption aware Virtual Machine assignment decisions. In certain embodiments, a server system exposes real power consumption (e.g. System Watts, Cumulative kWh. etc.) via system management interfaces. Additionally, in certain embodiments, the server systems may expose real power consumption via standard power profiles. These systems leverage PMBus-enabled power supplies to read the power metric information.

An energy management system for a home network is provided. The energy management system includes one or more power consuming devices, including at least a pool pump system having a motor and a filter with a filtration cycle, a central controller operatively connected to the power consuming devices and configured to receive and process a signal indicative of the current state of an associated utility, including at least a peak demand state and an off-peak demand state, and a display. The central controller is configured to operate the pool pump system in one of a plurality of operating modes, including at least a normal operating mode and an energy savings mode, and to provide pool pump usage information to a user via a user interface on the display.

The invention discloses an energy-saving method and an energy-saving device and belongs to the field of instant messaging. The method comprises the following steps of: detecting energy consumption information of application software; and controlling the application software to enter a corresponding energy-saving mode according to the energy consumption information. The device comprises a detection module and an energy-saving module. By detecting the energy consumption information of the application software and controlling the application software to enter the corresponding energy-saving mode according to the energy consumption information, an application software level-based equipment energy-saving mode is realized and the application software can be controlled according to the energy consumption conditions of different application software respectively, various kinds of application software are not influenced, and software communication time and equipment standby time are prolonged.

An electronic apparatus and a method of conserving energy comprises providing an energy-conservation module to control use of one or more energy-saving mechanism by a hardware element. The energy-conservation module comprises a performance estimation module that estimates a performance level requirement of the hardware element and a slack time. A cost-benefit qualifier module is provided that uses one or more generic algorithm and at least one separate record that characterises power use and performance by the hardware element in relation to a Performance Power state of the selected energy-saving mechanism in order to determine an existence of an energy saving. The cost-benefit qualifier module sets the hardware element to use the Performance Power state of the selected energy-saving mechanism if the energy-saving exists.

The present invention discloses an energy-saving system for electronic apparatus, comprising an electronic device and a remote controller. The electronic device includes a power supply module, a microprocessor module and a power-saving module. The microprocessor module is electrically connected to the power supply module. The power-saving module is electrically connected to a power source, the microprocessor module and the power supply module. The remote controller transfers a remote control signal to the power-saving module. Herein, upon receipt of the remote control signal, the power-saving module electrically disconnects the power supply module so as to stop electrical energy supply to the power supply module. Herein the power-saving module consumes 0.08 to 0.12 Watts of electrical energy. Therefore, the energy-saving system for electronic apparatus according to the present invention consumes simply about 0.1 Watts of electrical energy in standby mode, thereby achieving the effect of power-saving.

The invention provides an electric energy consumption simulation method of a single residential building. The method comprises the following steps: (a) collecting and counting room information and electrical equipment in the single residential building; (b) counting the application personnel as well as counting and setting respective living mode; (c) counting the application mode of each room in the residential building; (d) analyzing the daily electricity consumption of seasonal load; (e) setting a typical day for the energy consumption of other resident electricity consumption load; (f) carrying out the statistical analysis on the energy consumption of other resident electricity consumption load in a typical day form; (g) correcting the time load statistics of the typical day; (h) merging the seasonal load daily energy consumption data and the daily energy consumption load of other resident electricity consumption; (i) carrying out the daily statistics for the electricity generation amount of renewable energy; and (j) comparing the daily energy consumption analysis and the daily electricity generation amount, judging whether the energy consumption of the single residential building conforms to the standard or not, and adopting an improvement measure if the energy consumption of the single residential building does not conform to the standard.

The invention discloses a portable electronic device which possesses function of energy-saving and energy-saving method; it fits for portable electronic device which possesses global satellite positioning system (GPS)module and process module, and the GPS module is used to receive satellite signal and position based on the satellite signal, and the process module is used to control the integral running of the portable electronic device to make the GPS module receive satellite signal and calculate geography position information of the portable electronic device based on the satellite signal, and the GPS module stores and sends geography position information calculated for the process module to output the geography position information, and when the GPS module judges geography position information stored maintains the same, geography position information is stopped to send to the process module, and the process module enters sleep energy-saving module. So, the invention controls running of the portable electronic device based on result of positioning to save power.

The invention is applied to the field of energy-saving control of equipment and provides a dynamic energy-saving method and device for PCIE (Peripheral Component Interconnect Express) equipment and a communication system of the PCIE equipment. The dynamic energy-saving method comprises the following steps: acquiring system energy-saving strategy setting; and controlling the PCIE equipment and a link to enter corresponding linking energy-saving states through a PCIE energy-saving module according to the acquired system energy-saving strategy. According to the dynamic energy-saving method and device disclosed by the invention, the state D of the PCIE equipment and the state L of the link are associated to form a novel linking energy-saving state; and the equipment and the link are controlled to enter corresponding linking energy-saving states according to the preset energy-saving strategy, and thus the energy-saving efficiency can be increased.

A modular cooling system includes a compressor and a microchannel heat exchanger for cooling a heat generating device such as a semiconductor.

An embodiment of the invention relates to an energy saving method of device in mobile communication field, wherein the method comprises receiving the sleep informing information transmitted by the device requiring energy saving by the device which has a communication relationship with the device requiring energy saving. The communication relationship comprises the communication channel which is established on a random layer or a plurality of layers of applied protocol between the devices for completing a certain service. The sleep informing information carries sleep resource which comprises the communication channel requiring entering sleep state. The device which has a communication relationship with the device requiring energy saving enters the sleep state according to the sleep informing information. The embodiment of the invention also relates to an energy saving device and system. The embodiment of the invention realizes the notifying to the device with communication relationship with the device when the latter device requires energy saving, thereby preventing the problem of energy consuming caused by the insignificant recovering attempting when the device is in energy saving state and the device mistakenly determines malfunction. The more effectively energy saving effect is obtained.

The invention provides a minisize quadrotor-aircraft control system based on an integrated positioning communication module. The system includes an integrated positioning communication module, a central controller, a flying control module, a propeller driving motor, a three-shaft gyroscope, a power supply energy-saving module, a charging management module, a battery, a charging port and a geomagnetism orientation sensor. All of data output ends of the integrated positioning communication module, the three-shaft gyroscope, the power supply energy-saving module and the geomagnetism orientation sensor are connected with input ends of the central controller. An output end of the central controller is connected with an input end of the propeller driving motor via the flying control module. The minisize quadrotor-aircraft control system and the control method thereof adopt a method of GSM / GPS dual positioning method so that information and signal transmission can be carried out through wide utilization of internet or other mobile networks and the like and thus great convenience is brought to positioning and flying; effective energy distribution of the system complies with a modern concept of low carbon and environment protection and thus the system is low in cost, high in efficiency and energy saving.

The invention provides an energy-saving drive device for a low-voltage electromagnetic type electric appliance. The energy-saving drive device is characterized in that by the adoption of a PWM technology, an electricity-saving pulse width modulation program is used for controlling pulse width modulation to change the duty ratio, so that breakover currents of a high-power field effect tube enter a control mode with the duty ratio accounting for 20% of time for opening, and square waves, with the duty ratio of 20%, of working frequency are generated; starting and stop buttons are arranged, and a single-chip microcomputer energy-saving drive circuit module comprising an electricity-saving program is integrated into a control circuit of application equipment, and connected among a power source, a starting and stop signal input end and a low-voltage electromagnetic type electric appliance coil to form the energy-saving drive device; the energy-saving drive device can be suitable for low-voltage electromagnetic type electric appliances of different types as long as rated voltage is provided, and reverse voltage withstand parameters of the power tube in the circuit are selected; the energy-saving module circuit can also be made into an independent product and installed along with the low-voltage electromagnetic type electric appliance; or the energy-saving module circuit is embedded into the appliance to be made into the energy-saving low-voltage electromagnetic type electric appliance. Power consumption of the low-voltage electromagnetic type electric appliance is greatly reduced, and the defect of directly cutting off electricity of the low-voltage electromagnetic type electric appliance is overcome.

The invention provides a modular air conditioning and purifying machine. The modular air conditioning and purifying machine is formed by connection of a modular functional device through a pipeline. The modular functional device comprises one or more power modules, a plurality of two-way air duct modules and one or more air inlet and outlet head modules, and the modular functional device can also comprise an energy-saving module. According to the modular air conditioning and purifying machine, functions are separated and modular design is achieved, the indoor and / or outdoor air can be purified, and the functional modules can be flexibly combined and replaced to adapt to use occasions with different area sizes and purify different pollution sources.

The invention discloses an infrared induction automatic energy-saving module and an energy saving method. According to the invention, a function controlling module is arranged. The function controlling module comprises an infrared induction receiver, an infrared pyroelectric sensing element connected to the infrared induction receiver, and a comparison amplifier connected to the infrared pyroelectric sensing element. Infrared signals of external human bodies are received by the infrared induction receiver; the received signals are subject to photoelectric conversion by using the infrared pyroelectric sensing element; the signals are amplified by using the comparison amplifier, and are transmitted to a micro-controlling processor. When a person is present, a normal operating state is determined. When no person is present, the infrared induction receiver can not receive an infrared signal, and it is determined that the display device is idle; the outputting of the display device is shut down by the micro-controlling processor, such that an effect of energy saving is achieved.

The invention discloses hydraulic energy-saving drill pipe transportation equipment comprising a base, a lifting module, a rod feeding module and an energy-saving module. The lifting module is hinged to the base through a lifting supporting shaft, one end of a lifting oil cylinder in the lifting module is hinged to the base, and the other end of the lifting oil cylinder is hinged to the middle portion of a lifting lower support. The rod feeding module is hinged to a lifting upper support and a movable sliding sleeve through a mechanism. A box in the energy-saving module is fixedly connected with the base. The lifting supporting shaft and a gear supporting shaft are connected through a coupling. By means of an energy-saving mechanism, energy consumption is reduced and the energy-saving effect is achieved. During lifting, stretching of the supports is finished, manual operation is reduced, safety risks are reduced, and drill pipe transportation efficiency is improved. Only a support telescopic oil cylinder can achieve stretching of the lifting supports and pushing of a drill pipe. The ellipsograph principle is used in the rod feeding mechanism, parallel pushing of the drill pipe is guaranteed, the structure is simplified, and the hydraulic energy-saving drill pipe transportation equipment has the advantages of being low in production cost and convenient to maintain.

The invention discloses an energy-saving and anti-shake controller circuit of a contactor. The controller circuit comprises an electronic energy-saving modular circuit (08) for the contactor and an electronic energy-saving modular full-voltage automatic time-sharing batching restart control circuit (013), wherein the electronic energy-saving modular circuit (08) for the contactor consists of a full-voltage AC (Alternating Current) (DC (Direct Current))-DC conversion circuit (04) with a short-circuit protection function, a full-voltage "intelligent switch-on operation" and low-voltage holding circuit (06) and a voltage inverse pulse width time occurrence circuit (07); and the energy-saving modular full-voltage automatic time-sharing batching restart control circuit (013) consists of a low-pass filtering full-voltage AC (DC)-DC conversion circuit (011) with an automatic working voltage interval option function, and a multifunctional time-sharing restart signal occurrence and control circuit (012). The controller circuit adopts a control voltage Us inverse time pulsed full-voltage start, wide-voltage and constant-power output low-voltage DC holding and automatic shake and outage time-sharing batching restart technology.

An energy saving method for an automobile is provided herein. The energy saving method includes: judging whether the automobile is stopped; starting a timer to measure and signal an end of a predetermined time interval by outputting an interrupt signal; and turning off an engine of the automobile in response to the interrupt signal. A related energy saving device is also provided.

The invention relates to an energy saving method and a controller thereof for a non-residential air conditioner. During non-working hours, the non-residential air conditioner (4) used in a non-residential environment is forced to stop working by an automatic transient outage method, thereby saving electric energy caused by operation of the air conditioner from in an unmanned environment. The controller (2) mainly comprises a program timer (6) which outputs a transient pulse at proper time after work to switch off an AC contactor (7) to enable the air conditioner to stop work due to outage to save energy.

The invention relates to a high-efficiency energy-saving module chamber heat exchanger, which comprises several heat exchangers while the inside tube cores are module structure and connected to the cylinder via flange; heat medium switches and coolant switches are arranged between heat exchangers to connect them. The invention utilizes module structure to apply maintenance, with high support ability, lower cost, long service life, less lose of pressure decrease, high section heating efficiency, better anti-heat property, and large capacity which is 1-3 times than others.

The invention provides an anti-interference energy saving socket. The anti-interference energy saving socket comprises a socket body which is provided with a main control jack and an auxiliary jack; an anti-interference module and an energy saving module are arranged inside the socket body; the energy saving module which is connected to a live wire of the main control jack is used for detecting whether the main control jack has power or not; the anti-interference module which is connected to a live wire, a ground wire and a zero wire of a power supply is used for restraining differential-mode interference and common-mode interference generated from a power line. According to the anti-interference energy saving socket, interference on the power line is effectively restrained and zero stand-by consumption is achieved. A measurement about integral anti-interference capacity is performed on the socket and a measuring result shows that the anti-interference energy saving socket satisfies a requirement that 50 db is attenuated in a national standard frequency range between 150 kHz and 30 MHz.

The invention relates to a single-phase motor-driving device with an energy saving module, which is characterized by comprising an output-stage control circuit, a control interface and an energy saving module, wherein the output-stage control circuit is used for providing a plurality of driving signals to drive a first driving transistor to be complementally conducted and not conducted with a second driving transistor, and a single-phase motor is driven by an induction coil to rotate; the control interface is used for providing at least one control signal; the input end of the energy saving module is connected with the control signal, and the output end of the energy saving module is connected with the output-stage control circuit. By the provided control signals of the control interface, the output end of the energy saving module can lead the output-stage control circuit to close or restart the driving signals, and the single-phase motor is stopped or rotated again.

A field device with a microprocessor and a display and / or operating module, which can be disconnected from the field device, with the microprocessor showing an energy saving module, in which the display and / or operating module are switched off, with the waking circuit being provided, which generates a waking signal when the display and / or operating module are disconnected from the field device or connected thereto.

The invention relates to an energy-saving power supply connection line special for a computer, relating to an electrical appliance, belonging to the technical fields of electricians and electrical appliances. The energy-saving power supply connection line comprises a power supply male plug, a computer host female plug, a display female plug and a miniature energy-saving module, wherein the output end of the power supply male plug is connected to the input end of the miniature energy-saving module; and the input end of the computer host female plug and the input end of the display female plug are respectively connected to the output end of the miniature energy-saving module. The power supply male plug disclosed by the invention is connected to an alternating-current power supply end; the computer host female plug and the display female plug are respectively connected with a computer host and a display; the current change of the computer host is inducted through the miniature energy-saving module; and when a computer is standby, sleeps or is turned off, corresponding power supplies of peripheral equipment can be cut off effectively in time, therefore, the standby energy consumption tends to zero. Compared with the general computer power line, the energy-saving power supply connection line disclosed by the invention has an obvious energy-saving effect and is capable of effectively solving the standby energy consumption problem of the computer.

The invention discloses an integrated radiator for a fuel cell vehicle and a control method thereof, and the integrated radiator comprises a cooling system which is provided with a cooling master controller, a plurality of cooling modules and a plurality of cooling flow paths, the number of the cooling modules and the number of the cooling devices in the cooling modules can be flexibly configured according to actual loops in the fuel cell vehicle; the vehicle control unit is connected with the cooling master controller and sends the target temperature of the cooling medium in each cooling flow path; the plurality of temperature sensors are used for collecting the actual temperature of the cooling medium in each cooling flow path; and the cooling master controller is used for comparing the actual temperature of the cooling medium with the corresponding target temperature, calculating the control quantity for controlling each cooling module based on a specific algorithm, and enabling each cooling module to dissipate heat according to the received control quantity. Compared with a traditional scheme, more cost is saved, more energy is saved, modularization is more flexible, each fan is independently controlled, and the control precision is higher.

The invention discloses an assembled house supporting energy-saving modular electric heating system. The system comprises a control terminal (1) and multiple independent floor heating systems (2); the floor heating systems (2) are respectively connected with the control terminal (1), and include temperature sensors (21), self-temperature-limiting controllers (22) and floor heating plates (23); the temperature sensors (21) are mounted indoors, and output ends thereof are connected with the control terminal (1); and the self-temperature-limiting controllers (22) are mounted on the floor heating plates (23), and are connected with the control terminal (1). The electric heating system can realize cooperative communication and zone control of all independent heating systems.

The invention discloses a design method for the energy-saving mode of a television system. An energy-saving module is added into an original software module of a television; when the television system is powered on by using alternating current, the energy-saving module is started to work; when time counted by a timing mathematical model for the energy-saving module of the television system is reached, the energy-saving module instructs a power supply module switching circuit to switch off the supply of an alternating-current power supply. Therefore, the aim of real energy saving or zero energy consumption is fulfilled.

The invention discloses a state detection system and method based on a smart wearable device. The state detection system comprises a control module, a detection module, an alarm module, an energy saving module, a data storage module and a cloud, and the energy saving module is used for reducing electric energy consumed when the smart wearable device is not used. The state detection system is scientific and reasonable, is safe and convenient to use, and is provided with the energy-saving module. When the detection module detects that the smart wearable device is abnormally worn, an automatic sleep module can control the smart wearable device to enter a sleep state, and a timing sub-module times the time when the smart wearable device enters the sleep state; when the timing time reaches a set threshold value, an automatic power-off sub-module can be used for controlling the smart device to enter a power-off state; and the smart wearable device can be controlled to enter the power-off state when the smart device is not worn, energy conservation can be effectively achieved, and the use time of the smart wearable device can be prolonged.

A micro-power wireless communication network technology based single-lamp lighting intelligent dimming system comprises a street lamp monitoring center, a single-lamp monitoring energy-saving module and a Zigbee wireless communication network system. The street lamp monitoring center is the whole area street lamp control management center and comprises monitoring center software and a wireless communication module. The single-lamp monitoring energy-saving module comprises a Zigbee wireless communication module and a single-chip microcomputer module for power acquisition and module remote signaling. The wireless sensor network system comprises a plurality of sensors which are distributed in certain geographic area. According to the system, the Zigbee wireless communication technology, the wireless sensor network technology, the digital frequency conversion control technology and the database management technology are integrated, and a high-pressure sodium lamp service life detection technology and a high-pressure sodium lamp digital frequency conversion dimming control technology are combined, accordingly, fine management of light control is achieved.