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RNE-SPHS-200
SOLARAVEN
841912
Solar water heating kits are available as complete packages designed to harness solar energy to produce hot water for domestic or commercial use. They typically include solar collectors, a storage tank, pumps, controls, and connection pipes
200L split pressurized solar water heating kits consists of a 200liter hot water storage cylinder, heat pipe solar collector with 20 tubes, intelligent pump station and expansion vessel. It is suitable for Europe countries where winter temperature is below zero. Especially anti freeze for some extreamly cold places . The solar water heater kits capacity is from 150liter to 500liter.
solar water heating kits specification | |||||||||
Model | Solar vacuum tube | Water tank | Pump station | Expansion vessel | |||||
Diameter | Length | No. | capacity | ||||||
RNE-SPHS-150 | 58mm | 1800mm | 15tube | 150liter | SR881 | 8L | |||
RNE-SPHS-200 | 58mm | 1800mm | 20tube | 200liter | SR881 | 12L | |||
RNE-SPHS-300 | 58mm | 1800mm | 30tube | 300liter | SR881 | 18L | |||
RNE-SPHS-400 | 58mm | 1800mm | 40tube | 400liter | SR881 | 24L | |||
RNE-SPHS-500 | 58mm | 1800mm | 50tube | 500liter | SR881 | 24L | |||
RNE-SPHS-1000 | 58mm | 1800mm | 100tube | 1000liter | SR881 | 50L | |||
split solar water heating kits consists of following parts:
Vertical hot water tank | solar evacuated tube collector | Pump station | Expansion vessel | Solar accessories |
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Split type solar water heating systems work by using a pump to circulate a heat transfer fluid (either water or an antifreeze solution) between roof-mounted solar collectors and a ground-level storage tank. This separation of components provides installation flexibility and protects the tank from harsh weather
Working Mechanism
The operation of a split system relies on a continuous cycle managed by a control unit.
Heat Absorption: Solar collectors, typically flat panels or evacuated tubes installed on the roof, absorb sunlight and convert it into thermal energy. This heat warms the fluid circulating within the collector pipes.
Circulation: A temperature sensor in the collector detects when the fluid is hotter than the water in the storage tank. The system controller then activates a small electric circulation pump to move the heated fluid down to the tank via insulated pipes.
Heat Transfer: The heated fluid runs through a heat exchanger (usually a copper coil) located inside or alongside the storage tank. Here, the heat is transferred to the household water without the two fluids mixing.
Water Storage: The now-heated household water is stored in the well-insulated tank for later use. The cooled transfer fluid is pumped back up to the collectors to be reheated, repeating the cycle as long as solar energy is available.
Backup Heating and Protection: For overcast days or high demand, the system is integrated with a backup heater (electric or gas). The controller also manages features like freeze protection (by circulating warm water or using antifreeze) and overheating prevention to ensure safe and continuous operation.
FAQ
How much can I save on my energy bills by using a split pressurized solar water heating kits?
Savings vary by location and usage, but most users can expect to reduce water heating costs by 50% to 80%.
Do split solar water heating systems work on cloudy days or in winter?
Yes, they still function, although with reduced efficiency. Most solar hot water heating systems include a backup electric booster to ensure a consistent hot water supply when sunlight is limited. Evacuated tube solar systems tend to perform better in colder conditions.
How does the water stay hot overnight?
Solar-heated water is stored in a highly insulated tank. This insulation minimizes heat loss, allowing the water heated during the day to be available for use at night and in the morning.
What size solar system do I need for my household?
A general rule is a minimum of 50 liters of tank storage per person. For example, a 4 person home typically needs a 200-250liter system, while a 6-8 person home may need 300-400 liters.
How much space is needed for the solar collectors?
You will need approximately four to five square meters of unshaded roof space that receives direct sunlight for the main part of the day.
Can the solar system be installed on any roof?
Solar collectors work best on a south-facing roof and require a location with zero shade. One advantage of split solar systems is the flexibility to place the lighter collectors on the roof, while the heavy tank can be located at ground level (e.g., in a garage or laundry room), avoiding roof load issues
How long do these solar heating systems last?
With proper maintenance, a quality split solar water heater can last 15-20 years or more. Solar collectors themselves often last over 20 years.
Is a solar water heater maintenance difficult or costly?
Routine maintenance usually involves periodic inspections and checking fluid levels. The sacrificial anode inside the tank should be replaced every one years to prevent corrosion. It is recommended to have a qualified technician perform a professional inspection every three years to check the pump, seals, valves, and antifreeze levels.
What happens if a solar tube breaks?
If one solar evacuated tube breaks, the system can still operate with the remaining tubes, and individual tubes are relatively easy and inexpensive to replace.
Solar water heating kits are available as complete packages designed to harness solar energy to produce hot water for domestic or commercial use. They typically include solar collectors, a storage tank, pumps, controls, and connection pipes
200L split pressurized solar water heating kits consists of a 200liter hot water storage cylinder, heat pipe solar collector with 20 tubes, intelligent pump station and expansion vessel. It is suitable for Europe countries where winter temperature is below zero. Especially anti freeze for some extreamly cold places . The solar water heater kits capacity is from 150liter to 500liter.
solar water heating kits specification | |||||||||
Model | Solar vacuum tube | Water tank | Pump station | Expansion vessel | |||||
Diameter | Length | No. | capacity | ||||||
RNE-SPHS-150 | 58mm | 1800mm | 15tube | 150liter | SR881 | 8L | |||
RNE-SPHS-200 | 58mm | 1800mm | 20tube | 200liter | SR881 | 12L | |||
RNE-SPHS-300 | 58mm | 1800mm | 30tube | 300liter | SR881 | 18L | |||
RNE-SPHS-400 | 58mm | 1800mm | 40tube | 400liter | SR881 | 24L | |||
RNE-SPHS-500 | 58mm | 1800mm | 50tube | 500liter | SR881 | 24L | |||
RNE-SPHS-1000 | 58mm | 1800mm | 100tube | 1000liter | SR881 | 50L | |||
split solar water heating kits consists of following parts:
Vertical hot water tank | solar evacuated tube collector | Pump station | Expansion vessel | Solar accessories |
|
|
|
|
|
Split type solar water heating systems work by using a pump to circulate a heat transfer fluid (either water or an antifreeze solution) between roof-mounted solar collectors and a ground-level storage tank. This separation of components provides installation flexibility and protects the tank from harsh weather
Working Mechanism
The operation of a split system relies on a continuous cycle managed by a control unit.
Heat Absorption: Solar collectors, typically flat panels or evacuated tubes installed on the roof, absorb sunlight and convert it into thermal energy. This heat warms the fluid circulating within the collector pipes.
Circulation: A temperature sensor in the collector detects when the fluid is hotter than the water in the storage tank. The system controller then activates a small electric circulation pump to move the heated fluid down to the tank via insulated pipes.
Heat Transfer: The heated fluid runs through a heat exchanger (usually a copper coil) located inside or alongside the storage tank. Here, the heat is transferred to the household water without the two fluids mixing.
Water Storage: The now-heated household water is stored in the well-insulated tank for later use. The cooled transfer fluid is pumped back up to the collectors to be reheated, repeating the cycle as long as solar energy is available.
Backup Heating and Protection: For overcast days or high demand, the system is integrated with a backup heater (electric or gas). The controller also manages features like freeze protection (by circulating warm water or using antifreeze) and overheating prevention to ensure safe and continuous operation.
FAQ
How much can I save on my energy bills by using a split pressurized solar water heating kits?
Savings vary by location and usage, but most users can expect to reduce water heating costs by 50% to 80%.
Do split solar water heating systems work on cloudy days or in winter?
Yes, they still function, although with reduced efficiency. Most solar hot water heating systems include a backup electric booster to ensure a consistent hot water supply when sunlight is limited. Evacuated tube solar systems tend to perform better in colder conditions.
How does the water stay hot overnight?
Solar-heated water is stored in a highly insulated tank. This insulation minimizes heat loss, allowing the water heated during the day to be available for use at night and in the morning.
What size solar system do I need for my household?
A general rule is a minimum of 50 liters of tank storage per person. For example, a 4 person home typically needs a 200-250liter system, while a 6-8 person home may need 300-400 liters.
How much space is needed for the solar collectors?
You will need approximately four to five square meters of unshaded roof space that receives direct sunlight for the main part of the day.
Can the solar system be installed on any roof?
Solar collectors work best on a south-facing roof and require a location with zero shade. One advantage of split solar systems is the flexibility to place the lighter collectors on the roof, while the heavy tank can be located at ground level (e.g., in a garage or laundry room), avoiding roof load issues
How long do these solar heating systems last?
With proper maintenance, a quality split solar water heater can last 15-20 years or more. Solar collectors themselves often last over 20 years.
Is a solar water heater maintenance difficult or costly?
Routine maintenance usually involves periodic inspections and checking fluid levels. The sacrificial anode inside the tank should be replaced every one years to prevent corrosion. It is recommended to have a qualified technician perform a professional inspection every three years to check the pump, seals, valves, and antifreeze levels.
What happens if a solar tube breaks?
If one solar evacuated tube breaks, the system can still operate with the remaining tubes, and individual tubes are relatively easy and inexpensive to replace.
