6results about How to "Reduce cooling power consumption" patented technology

This invention relates to the field of chemical instrumentation technology and discloses a low-power chemical instrument data acquisition and wireless transmission device. The device includes an instrument housing with covers on both sides. A cooling fan is fixedly installed inside the instrument housing, and the output shaft of the cooling fan extends out of the instrument housing to the outside. A dust filter is provided on the outer cover of the heat dissipation holes of the instrument housing. The dust filter has a through hole that mates with the output shaft of the cooling fan. A connecting component is provided on the outer wall of the output shaft of the cooling fan, and a brush plate is provided through the connecting component. The bristles of the brush plate contact and engage with the outer wall of the dust filter. This low-power chemical instrument data acquisition and wireless transmission device can be installed on horizontal walls and pipes by rotating the mounting strip and selecting the clamp. It can also clean the dust on the outer wall of the dust filter during ventilation and heat dissipation, ensuring clean airflow and effective heat dissipation for the internal components of the instrument, thus reducing the internal heat dissipation power consumption of the instrument.

This invention discloses an energy-saving adaptive central temperature control system, comprising: a central energy-saving temperature control unit for receiving, processing, and judging return signals from sensors throughout the machine, adjusting the overall heat dissipation power, and handling potential component overheating; a cooling circuit control system for adjusting and distributing the flow of each cooling circuit to dynamically regulate the overall cooling capacity; a cooling circuit temperature sensing system for collecting the status of relevant components and returning the data to the central energy-saving temperature control unit as a basis for cooling strategy adjustment; an active intervention system for intervening in overheated component circuits under extreme operating conditions, under the coordination of the central energy-saving temperature control unit, to improve adaptability to harsh conditions; an overheat protection unit for protecting critical components by shielding the high-temperature medium in the circuit where the component is located and connecting it to a low-temperature medium when the component overheats; and adaptive adjustment of the status of each cooling circuit, achieving systematic temperature control at the whole machine level, improving adaptability to harsh conditions, and reducing overall heat dissipation power consumption.

According to the novel water cooling fan, the interior of a shell serves as a first space capable of storing water, a water curtain mechanism and a centrifugal fan are installed in the first space, a connecting piece with a second space is arranged on one side of the shell, and a first opening is formed in the shell so that the second space can be communicated with the first space; a second opening is formed in the connecting piece so that the second space can be communicated with the outside. In the working process, the centrifugal fan sucks outside air through the air inlet of the shell, the outside air is cooled through the water curtain mechanism in the process of flowing into the first space, then is input into the second space through the air outlet of the centrifugal fan and then flows to the outside through the second opening, and the cold air output effect is achieved. Compared with the prior art, the air conditioner is simple in structure, low in manufacturing cost, good in cold air effect after water curtain cooling, low in power consumption compared with air conditioner refrigeration and a centrifugal fan, capable of effectively reducing use cost and suitable for being popularized and used in factories, rural areas and the like.

The invention discloses a modularized phase change heat exchange system and method based on parallel connection of multiple condensation tanks. The system comprises a vapor-liquid separation type phase change cold plate, at least one variable modularized phase change liquid cooling tank, a bottom liquid storage tank, a 1 + 1 backup fluorinated liquid circulating pump and a liquid distributor. Steam in the phase change cold plate is led out through a special steam pipe, a low-power-consumption micropump driving closed loop is formed on the secondary side, a spiral coil is arranged in each tank, the steam enters a tank cavity and then directly surrounds the coil to be condensed, and cooling water on the primary side is connected in parallel in the coil to flow and exchange heat; according to the invention, flexible expansion and high redundancy of the system capability are realized through modular paralleling, increasing and decreasing of the multiple condensation tanks; by combining the vapor-liquid separation type cold plate and the ultra-low power consumption micropump circulation, the system power consumption and the space occupation are greatly reduced while the ultrahigh heat dissipation density and the temperature uniformity are ensured, and an efficient and reliable heat dissipation solution is provided for a high-density data center.

The invention relates to an energy-saving process for synergistically recycling hydrogen peroxide and dilute sulphuric acid in acid-making tail gas desulfurization, which comprises the following steps: S1, tail gas desulfurization reaction: introducing tail gas discharged from a final absorption tower of an acid-making system into a tail gas desulfurization tower, and spraying a hydrogen peroxide solution from the upper part of the desulfurization tower to generate dilute sulphuric acid with the volume concentration of 20-25%; s2, graded collection of dilute sulphuric acid: when the volume concentration reaches 22%-25%, conveying the dilute sulphuric acid to a dilute acid storage tank by a dilute acid pump; when the volume concentration is lower than 22%, returning to the desulfurization tower for continuous recycling; s3, recycling and distributing dilute sulfuric acid: recycling the dilute sulfuric acid in a dilute acid storage tank in two paths: (1) conveying the dilute sulfuric acid with the volume ratio of 80-85% to an acid-making dry absorption process to prepare finished acid with the volume concentration of 93% or 98%; (2) conveying dilute sulphuric acid with the volume ratio of 15-20% to a purification process; s4, hydrogen peroxide is dynamically supplemented, and it is ensured that the residual concentration of hydrogen peroxide in dilute sulfuric acid is maintained to be 0.1%-0.5%. Accurate consumption control of hydrogen peroxide and resource recycling of dilute sulphuric acid can be realized.

The application provides a fin evaporator with a three-way structure, comprising a refrigeration chamber heat dissipation evaporator and a plurality of freezing chamber heat dissipation evaporators, the refrigeration chamber heat dissipation evaporator is fixedly installed at the back of the refrigeration chamber, the plurality of freezing chamber heat dissipation evaporators are installed in parallel in the freezing chamber interlayer, the refrigeration chamber heat dissipation evaporator and the freezing evaporator group are provided with an air inlet at the air inlet side of the three-way adjusting pipe, the air inlet side of the air inlet is movably sleeved with an air inlet adjusting sliding sleeve, the sliding rheostat is electrically connected with the refrigerator compressor, and the rotating speed of the compressor is adjusted through the sliding rheostat, the application can timely adjust the refrigeration scheme according to the specific use scene in the use process of the refrigerator, so that the targeted partition heat dissipation is achieved without causing the interference condition of other partitions, the advantage of the application is that the heat dissipation efficiency is improved while the heat dissipation power consumption is reduced, and the purpose of precise cooling under the use of a single compressor is achieved.