47 results about "Climatology" patented technology

This disclosure provides a method and system that isolate non-seasonal components of network measurements from the seasonal components and compare the non-seasonal components to determine cause and effect relationships between various network nodes, to determine whether an event at a first node is experienced at a second node, and / or to characterize and localize a source of interference.

The invention provides a water surface rainfall intensity measurement method based on rain sound spectrum and a device thereof, relates to water surface rainfall intensity measurement, and specifically provides a water surface rainfall intensity measurement device which is based on a DSP digital acquisition system and has the advantages of high anti-interference, low self noise, high reliability,high bandwidth and data mass memory as well as a method. The device is provided with a gas-tight silo, a gas-tight silo float, a hydrophone, a hydrophone float and a circuit. In the measurement method, frequency range division and shape of underwater rain sound spectrum are adopted in combination with the least square method and the non-linear method to invert water surface rainfall intensity; according to log-linear change principle of the sound spectrum at the frequency range ranging from 15kHz to 30kHz, rainfall is divided into 3 types: no rain, light rain and heavy rain; an S-type growth model is adopted to study the sound spectrum principle in the process of the light rain and quantize rainfall intensity in the process of light rainfall; a log-linear model is adopted to study the sound spectrum principle in the process of heavy rainfall and the low frequency range of 2-10KHz of the rain sound spectrum and parameter value of the log-log model are adopted to quantize the rainfall intensity in the process of the heavy rainfall.

The invention discloses an intelligent air-conditioning control method based on body surface temperature monitoring, comprising: based on indoor air temperature t a and indoor radiation temperature t r Calculate the theoretical calculation value t of the surface temperature of the human body in the neutral state in summer sn Or the theoretically calculated value of the surface temperature in the neutral state of the human body in winter t wn ;Based on the actual temperature of the user's surface t cl , and the theoretically calculated value of surface temperature t in the neutral state of the human body in summer sn Or the theoretically calculated value of the surface temperature in the neutral state of the human body in winter t wn Calculate summer temperature control value CS s or winter temperature control value CS w ;Call the seasonal information, based on the summer temperature control value CS corresponding to the seasonal information s or winter temperature control value CS w Control the air conditioner. The present invention is based on the physical parameters of the neutral state of the thermal comfort of the human body, and is divided into summer and winter working conditions, and controls the air conditioner based on the body surface temperature and room temperature monitoring data respectively, which improves the control accuracy and efficiency of the indoor air conditioner temperature set point, It can guide the operation and regulation of the air conditioner more effectively.

The present invention proposes a rolling robust dispatching method of electrothermal energy for electric heat storage to accommodate wind power, adopting a rolling robust correction strategy to avoid the increase of wind power prediction error caused by the delay of the dispatching period, and reduce the impact of system uncertainty on the dispatching plan Impact. The present invention is divided into two parts, the first stage: day-ahead planning and dispatching. Each wind farm predicts the wind power output of the next day and reports the power prediction interval of the wind farm and other forecast information to the grid dispatching center. The dispatch center calculates the allowable output range of each wind farm and the planned output value P of other units based on the power forecast range and load forecast information of each wind farm. plan . Then, the dispatch center sends dispatch instructions to each power plant for safe and economic dispatch according to the calculation results. Stage 2: Intraday rolling correction. In this dispatching stage, the wind power forecast range and other forecast information reported by each wind farm to the dispatching center are the results of rolling corrections.