The avenirenergie company, a specialized producer and supplier of geothermal heating facilities in France, introduced the geopack system by embedding underground sensors and utilizing natural underground energy for heating. This is a new geothermal heating system that heat pumps are installed outdoors. The so-called energy sensor, a polyethylene pipe outsourcing protective sleeve network, refrigerant circulating in the copper tube. Copper network buried underground 50 centimeters to 60 centimeters deep. This sensor captures the underlying soil energy and transmits it to the geopack heat pump mainframe. The advantage of using underground energy is that the change of climatic temperature does not affect the normal operation of the energy sensor; the sun and rainwater rapidly replenish the energy of the underlying soil to ensure adequate backup energy. The geopack system passes the sensor's energy to the house via a scroll refrigeration compressor and a stainless plate heat exchanger. The geopack uses a greener r407c refrigerant with a cop between 3.9 and 5.1. The geopack system is designed for outdoor installation to save room indoors. It is not afraid of the sun and rain, can be placed near the housing walls, or the edge of the residential territory, independent exposure or fence cover all. The operating system and water components are installed indoors. Compared with traditional heating systems (gas, heavy oil, firewood, coal, etc.), this geothermal heating system is zero-pollution: no sulfur dioxide, no nitrogen dioxide, no dust emissions, is the real ecosystem , Harmless to soil and people. The time required for the installation and commissioning of the geopack system is short and can be done with a common pipe wrench tool without the need to touch the refrigerant. After the installation is successful, basically no need to repair. The avenirenergie company, a specialized producer and supplier of geothermal heating facilities in France, introduced the geopack system by embedding underground sensors and using natural underground energy for heating. This is a new geothermal heating system that heat pumps are installed outdoors. The so-called energy sensor, a polyethylene pipe outsourcing protective sleeve network, refrigerant circulating in the copper tube. Copper network buried underground 50 centimeters to 60 centimeters deep. This sensor captures the underlying soil energy and transmits it to the geopack heat pump mainframe. The advantage of using underground energy is that the change of climatic temperature does not affect the normal operation of the energy sensor; the sun and rainwater rapidly replenish the energy of the underlying soil to ensure adequate backup energy. The geopack system passes the sensor's energy to the house via a scroll refrigeration compressor and a stainless plate heat exchanger. The geopack uses a greener r407c refrigerant with a cop between 3.9 and 5.1. The geopack system is designed for outdoor installation to save room indoors. It is not afraid of the sun and rain, can be placed near the housing walls, or the edge of the residential territory, independent exposure or fence cover all. The operating system and water components are installed indoors. Compared with traditional heating systems (gas, heavy oil, firewood, coal, etc.), this geothermal heating system is zero-pollution: no sulfur dioxide, no nitrogen dioxide, no dust emissions, is the real ecosystem , Harmless to soil and people. The time required for the installation and commissioning of the geopack system is short and can be done with a common pipe wrench tool without the need to touch the refrigerant. After the installation is successful, basically no need to repair. The avenirenergie company, a specialized producer and supplier of geothermal heating facilities in France, introduced the geopack system by embedding underground sensors and using natural underground energy for heating. This is a new geothermal heating system that heat pumps are installed outdoors. The so-called energy sensor, a polyethylene pipe outsourcing protective sleeve network, refrigerant circulating in the copper tube. Copper network buried underground 50 centimeters to 60 centimeters deep. This sensor captures the underlying soil energy and transmits it to the geopack heat pump mainframe. The advantage of using underground energy is that the change of climatic temperature does not affect the normal operation of the energy sensor; the sun and rainwater rapidly replenish the energy of the underlying soil to ensure adequate backup energy.
Ground mounting is the easiest installation. We often recommend doing this until you decide how you want to do your final mounting. As long as the panels are in the sun, your pump will pump. You can use anything you`d like to prop the solar panels up or use the RPS Adjustable mounts to attach to a wood or concrete footing. Be sure to ground the frame of the panels with a grounding rod. We do not recommend this if you have cattle or lots of animals around that could knock panels over.
Advantages
1. Suited for soft or extremely rocky soil-types
2. High level of pre-assembly for fast field installation
3. No heavy machinery necessary
Solar Mounting Rack,Solar Panel Mounting System,Solar Panel Mount,Solar Ground Mount,Solar Panel Mounting Rack
Hebei Honde Plastic & Metal Co., Ltd. , https://www.foundation-system.com