GreenhousesAgricultureIt is one of the widely used at home and abroadModern agricultureThe mode of production is solvedAgricultureAn important means of supply-side structural reform. The stability and regulation of temperature in the greenhouse is the key factor that determines the yield and quality of fruits and vegetables in the greenhouse in winter. WhileSolarLight and heatSoilEnergy storageFloor heating has the characteristics of low investment, low cost and good effect in improving the temperature of the greenhouse.
SolarLight and heatSoilEnergy storageUnderfloor heating is a utilizationSolarheat is carried outEnergy storageand a technology that conducts stored heat energy into the interior of the greenhouse through a geothermal exchange system to provide heating services. compared to othersEnergyand technology,SolarLight and heatSoilEnergy storageUnderfloor heating has the following advantages:
1. Low investment
SolarLight and heatThe installation and construction costs of the system are relatively low. with traditionEnergycomparatively,SolarLight and heatEnergy storageTechnology not only requires less investment in equipment, but can also be reducedEnergycost, reduceEnergyconsumption, thus achievedLong-term investment
2. Low cost
SolarLight and heatThe system does not require additional fuel costs and mainly relies onSolarGenerate heat. Compared to traditional heating methods,SolarLight and heatSoilEnergy storageUnderfloor heating systems require little elseEnergy, so it can be significantly reducedEnergyCost.
3. The effect is good
SolarLight and heatSoilEnergy storageThe underfloor heating system uses the soil to store and conduct heat energy, which can effectively stabilize the internal temperature of the greenhouse. Through scientific system design and operation management, it can meet the temperature requirements of crops and improve the yield and quality of fruits and vegetables in winter greenhouses.
SolarLight and heatSoilEnergy storageThe working principle of the underfloor heating system mainly includes the following steps: absorptionSolarHeat, storing heat, conducting heat, and releasing heat. AbsorptionSolarHeat: Installed in the greenhouseSolarCollectors, collectedSolar radiationHeat. SolarCollectors are usually designed in a flat plate or vacuum tube type by absorbing yangLight and heatIt can be converted into heat energy from hot water or other media.
Storage of thermal energy: willSolarThe converted heat energy is piped to the heat storage equipment in the greenhouse, such as a ground water tank or underground pipes. These devices can store thermal energy for later use. Conduction of heat energy: The stored heat energy is conducted into the interior of the greenhouse through a geothermal exchange system. This process involves the flow of heat energy from a ground tank or underground pipe into the soil and air of the greenhouse to provide heating services. Release of heat energy: When the temperature in the greenhouse drops, the system will release the stored heat energy to provide a certain heating effect. The way to release heat energy can be passedCirculating water pumpDeliver hot water or hot air to the inside of the greenhouse, or throughThermal radiationway radiating heat.
Operationally,SolarLight and heatSoilEnergy storageUnderfloor heating systems require proper and careful design and careful management. It is necessary to choose the right one according to the situation of the greenhouseSolarCollector type and configuration, well-designed heat storage equipment and geothermal exchange system, and monitoring and regulation system to ensure the normal operation of the system.
SolarLight and heatSoilEnergy storageUnderfloor heating is suitable for all types of greenhouses, including:AgricultureGreenhouses, greenhouses, flower greenhouses, etc. This type of heating is particularly suitable for:Agricultureproduction, which can improve the yield and quality of winter crops, extend the time to market, and increase farmers' income.
In the future,SolarLight and heatSoilEnergy storageFloor heating technology has broad application prospects. With the country's emphasis on ecological and environmental protectionRenewable energyGreat support,SolarLight and heatSoilEnergy storageFloor heating technology will be more popularized and applied. InAgricultureField,SolarLight and heatSoilEnergy storageUnderfloor heating can be for greenhousesAgricultureProvide stable heating services, so as to increase the quantity and quality of agricultural products and meet market demand.
In addition,SolarLight and heatSoilEnergy storageFloor heating technology can also be combined with other technologies and systems, such as greenhouse automation control systems, circulating water systems, etc., to further improve greenhousesAgricultureproduction efficiency and economic efficiency.
In summary,SolarLight and heatSoilEnergy storageFloor heating technology has obvious advantages and broad application prospects. in the greenhouseAgricultureon your Mac, selectSolarLight and heatSoilEnergy storageUnderfloor heating is a viable and cost-effective option for greenhouse heating. And with the continuous improvement and maturity of technology,SolarLight and heatSoilEnergy storageUnderfloor heating technology will be available in greenhousesAgricultureThe field is more widely applied and promoted.