Cooling system for plant growth lamp of planting container

Abstract

The invention provides a cooling system for a plant growth lamp of a planting container. The cooling system comprises a tubular heat dissipation profile, collecting pipes and a cooling tower, whereinthe tubular heat dissipation profile is attached and fixed to a growth lamp base material in the length direction of a growth lamp bar; the two ends of the tubular heat dissipation profile communicatewith the collecting pipes which are arranged in a closed mode correspondingly; the collecting pipes at the two ends of the tubular heat dissipation profile are connected with the two ends of the cooling tower through circulating pipes correspondingly; and circulating pumps are further arranged on the circulating pipes. The cooling system aims to solve the problems that an existing planting container planting area cooling method is unreasonable, the high-cleanliness planting area can be polluted due to external circulating air cooling, the sealing performance of the container planting area isreduced, limited carbon dioxide is seriously wasted after an internal carbon dioxide supplementing valve is opened, and a large amount of electric energy can be consumed for internal circulating refrigeration. The invention belongs to the technical field of planting container cooling.

Description

technical field

[0001] The invention relates to a cooling system for plant growth lamps in planting containers, and belongs to the technical field of planting container cooling. Background technique

[0002] In the cooling process of the existing planting container planting area, external circulation air is often used for forced cooling. Since the planting area occupies most of the area of ​​the planting container, it is a high-clean environment for growing plants, which causes harmful substances in the external air to pollute the interior. Plants reduce the airtightness of the container planting area, especially after opening the internal carbon dioxide replenishment valve, after the internal air carbon dioxide content increases to a concentration suitable for plant growth, the forced cooling of the external circulating air will seriously waste limited carbon dioxide (carbon dioxide is stored in a limited capacity In the gas cylinder), an air conditioner is used to open the...

Examples

Embodiment 1

[0015] refer to figure 1 and figure 2 , this embodiment provides a cooling system for planting container plant growth lamps, which is characterized in that it includes a tubular heat dissipation profile 1, a collecting pipe 2 and a cooling tower 3, and the tubular heat dissipation profile 1 is along the length direction of the growth light bar 4 Fitted and fixed on the growth lamp base material 5, the growth lamp base material 5 on the back of each growth light bar 4 in the container planting area 8 is fitted and fixedly connected with a tubular heat dissipation profile 1, and the tubular heat dissipation profile 1 has better thermal conductivity Made of different materials, such as copper, aluminum and other materials, the inner side of the tubular heat dissipation profile 1 corresponding to the base material 5 of the growth lamp is also fixedly connected with the heat dissipation efficiency column 9, so that the base material 5 of the growth lamp passes through the tubular ...

Embodiment 2

[0017] refer to figure 2 and image 3 , this embodiment provides a cooling system for planting container plant growth lamps, which is characterized in that it includes a tubular heat dissipation profile 1, a collecting pipe 2 and a cooling tower 3, and the tubular heat dissipation profile 1 is along the length direction of the growth light bar 4 Fitted and fixed on the growth lamp base material 5, the growth lamp base material 5 on the back of each growth light bar 4 in the container planting area 8 is fitted and fixedly connected with a tubular heat dissipation profile 1, and the tubular heat dissipation profile 1 has better thermal conductivity Made of different materials, such as copper, aluminum and other materials, the inner side of the tubular heat dissipation profile 1 corresponding to the base material 5 of the growth lamp is also fixedly connected with the heat dissipation efficiency column 9, so that the base material 5 of the growth lamp passes through the tubular ...

technical field

[0001] The invention relates to a cooling system for plant growth lamps in planting containers, and belongs to the technical field of planting container cooling. Background technique

[0002] In the cooling process of the existing planting container planting area, external circulation air is often used for forced cooling. Since the planting area occupies most of the area of ​​the planting container, it is a high-clean environment for growing plants, which causes harmful substances in the external air to pollute the interior. Plants reduce the airtightness of the container planting area, especially after opening the internal carbon dioxide replenishment valve, after the internal air carbon dioxide content increases to a concentration suitable for plant growth, the forced cooling of the external circulating air will seriously waste limited carbon dioxide (carbon dioxide is stored in a limited capacity In the gas cylinder), an air conditioner is used to open the...

Examples

Embodiment 1

[0015] refer to figure 1 and figure 2 , this embodiment provides a cooling system for planting container plant growth lamps, which is characterized in that it includes a tubular heat dissipation profile 1, a collecting pipe 2 and a cooling tower 3, and the tubular heat dissipation profile 1 is along the length direction of the growth light bar 4 Fitted and fixed on the growth lamp base material 5, the growth lamp base material 5 on the back of each growth light bar 4 in the container planting area 8 is fitted and fixedly connected with a tubular heat dissipation profile 1, and the tubular heat dissipation profile 1 has better thermal conductivity Made of different materials, such as copper, aluminum and other materials, the inner side of the tubular heat dissipation profile 1 corresponding to the base material 5 of the growth lamp is also fixedly connected with the heat dissipation efficiency column 9, so that the base material 5 of the growth lamp passes through the tubular ...

Embodiment 2

[0017] refer to figure 2 and image 3 , this embodiment provides a cooling system for planting container plant growth lamps, which is characterized in that it includes a tubular heat dissipation profile 1, a collecting pipe 2 and a cooling tower 3, and the tubular heat dissipation profile 1 is along the length direction of the growth light bar 4 Fitted and fixed on the growth lamp base material 5, the growth lamp base material 5 on the back of each growth light bar 4 in the container planting area 8 is fitted and fixedly connected with a tubular heat dissipation profile 1, and the tubular heat dissipation profile 1 has better thermal conductivity Made of different materials, such as copper, aluminum and other materials, the inner side of the tubular heat dissipation profile 1 corresponding to the base material 5 of the growth lamp is also fixedly connected with the heat dissipation efficiency column 9, so that the base material 5 of the growth lamp passes through the tubular ...

Images