Sanjivan Solar

Non-pressurized FPC solar water heaters typically consist of the following components:

1. Flat-Plate Collectors (FPC): These collectors are the heart of the solar water heating system. They are flat, rectangular boxes with a transparent cover (usually glass) on the top and an insulated backing. Inside the collector, there is a dark-colored absorber plate that absorbs sunlight and converts it into heat.

2. Water Storage Tank: The system includes a storage tank where the heated water is stored for later use. This tank is often located above the collector to facilitate the natural circulation of water.

3. Circulation System: Non-pressurized systems rely on natural convection for the circulation of water. Cold water from the bottom of the storage tank flows into the collector, where it is heated by solar radiation. As the water heats up, it rises back into the storage tank, creating a natural circulation loop.

4. No Pressure Components: Unlike pressurized solar water heaters, non-pressurized systems operate at atmospheric pressure. This means they are generally simpler and less expensive to install and maintain. However, they may not be suitable for all climates or high-demand applications.

Advantages of Non-Pressurized FPC Solar Water Heaters:

1. Cost-Effective: Non-pressurized systems are often more affordable to install compared to pressurized counterparts, making them a cost-effective option for certain applications.

2. Simplicity: The absence of a pump and pressure components simplifies the system, reducing the risk of component failure and maintenance requirements.

3. Reliability: Non-pressurized systems can be more reliable in terms of long-term operation due to their simplicity and the absence of pressurized components.

However, it's essential to consider the limitations of non-pressurized FPC solar water heaters, such as potential freezing issues in cold climates and the fact that they may not be as efficient as pressurized systems in delivering hot water under high demand.

For the most up-to-date and region-specific information, it is advisable to consult local experts, manufacturers, or relevant authorities familiar with the latest developments in solar water heating technology.

Additional Information:

• Production Capacity: 50 Nos Per Month
• Delivery Time: Immediately
• Packaging Details: Standard Cartons

Non-pressurized FPC solar water heaters typically consist of the following components:

1. Flat-Plate Collectors (FPC): These collectors are the heart of the solar water heating system. They are flat, rectangular boxes with a transparent cover (usually glass) on the top and an insulated backing. Inside the collector, there is a dark-colored absorber plate that absorbs sunlight and converts it into heat.

2. Water Storage Tank: The system includes a storage tank where the heated water is stored for later use. This tank is often located above the collector to facilitate the natural circulation of water.

3. Circulation System: Non-pressurized systems rely on natural convection for the circulation of water. Cold water from the bottom of the storage tank flows into the collector, where it is heated by solar radiation. As the water heats up, it rises back into the storage tank, creating a natural circulation loop.

4. No Pressure Components: Unlike pressurized solar water heaters, non-pressurized systems operate at atmospheric pressure. This means they are generally simpler and less expensive to install and maintain. However, they may not be suitable for all climates or high-demand applications.

Advantages of Non-Pressurized FPC Solar Water Heaters:

1. Cost-Effective: Non-pressurized systems are often more affordable to install compared to pressurized counterparts, making them a cost-effective option for certain applications.

2. Simplicity: The absence of a pump and pressure components simplifies the system, reducing the risk of component failure and maintenance requirements.

3. Reliability: Non-pressurized systems can be more reliable in terms of long-term operation due to their simplicity and the absence of pressurized components.

However, it's essential to consider the limitations of non-pressurized FPC solar water heaters, such as potential freezing issues in cold climates and the fact that they may not be as efficient as pressurized systems in delivering hot water under high demand.

For the most up-to-date and region-specific information, it is advisable to consult local experts, manufacturers, or relevant authorities familiar with the latest developments in solar water heating technology.

Additional Information:

• Item Code: FPC003
• Production Capacity: 100 Nos Per Month
• Delivery Time: Immediately
• Packaging Details: Standard Cartons

Advantages of Pressurized FPC Solar Water Heaters:

1. Efficiency: Pressurized systems often exhibit higher efficiency compared to non-pressurized ones, especially in colder climates. The pressurized circulation system helps ensure effective heat transfer from the collector to the water.

2. Versatility: Pressurized systems can be suitable for a wide range of applications, including residential and commercial settings. They are capable of meeting higher hot water demand due to the pressurized circulation system.

3. Frost Protection: The pressurized nature of the system helps prevent freezing issues in colder climates. Antifreeze solutions or heat exchangers can be added for additional frost protection.

It's important to consider that pressurized FPC solar water heaters may have higher upfront costs and increased complexity compared to non-pressurized systems. Regular maintenance is also crucial to ensure the proper functioning of the pump and other pressurized components.

For the most current and region-specific information, it is advisable to consult local experts, manufacturers, or relevant authorities familiar with the latest developments in solar water heating technology.

Additional Information:

• Production Capacity: 40 Nos Per Month
• Delivery Time: Immediately
• Packaging Details: Standard

Manifolds are essentially the control hubs for central heating systems, specifically underfloor heating (UFH). Their main purpose is the water distribution of hot/cold pipes within radiant heating and cooling systems.

Advantages of Pressurized FPC Solar Water Heaters:

1. Efficiency: Pressurized systems often exhibit higher efficiency compared to non-pressurized ones, especially in colder climates. The pressurized circulation system helps ensure effective heat transfer from the collector to the water.

2. Versatility: Pressurized systems can be suitable for a wide range of applications, including residential and commercial settings. They are capable of meeting higher hot water demand due to the pressurized circulation system.

3. Frost Protection: The pressurized nature of the system helps prevent freezing issues in colder climates. Antifreeze solutions or heat exchangers can be added for additional frost protection.

It's important to consider that pressurized FPC solar water heaters may have higher upfront costs and increased complexity compared to non-pressurized systems. Regular maintenance is also crucial to ensure the proper functioning of the pump and other pressurized components.

For the most current and region-specific information, it is advisable to consult local experts, manufacturers, or relevant authorities familiar with the latest developments in solar water heating technology.

Additional Information:

• Production Capacity: 100 Nos Per Months
• Delivery Time: Immediately
• Packaging Details: Standard Packaging

Non-pressurized FPC solar water heaters typically consist of the following components:

1. Flat-Plate Collectors (FPC): These collectors are the heart of the solar water heating system. They are flat, rectangular boxes with a transparent cover (usually glass) on the top and an insulated backing. Inside the collector, there is a dark-colored absorber plate that absorbs sunlight and converts it into heat.

2. Water Storage Tank: The system includes a storage tank where the heated water is stored for later use. This tank is often located above the collector to facilitate the natural circulation of water.

3. Circulation System: Non-pressurized systems rely on natural convection for the circulation of water. Cold water from the bottom of the storage tank flows into the collector, where it is heated by solar radiation. As the water heats up, it rises back into the storage tank, creating a natural circulation loop.

4. No Pressure Components: Unlike pressurized solar water heaters, non-pressurized systems operate at atmospheric pressure. This means they are generally simpler and less expensive to install and maintain. However, they may not be suitable for all climates or high-demand applications.

Advantages of Non-Pressurized FPC Solar Water Heaters:

1. Cost-Effective: Non-pressurized systems are often more affordable to install compared to pressurized counterparts, making them a cost-effective option for certain applications.

2. Simplicity: The absence of a pump and pressure components simplifies the system, reducing the risk of component failure and maintenance requirements.

3. Reliability: Non-pressurized systems can be more reliable in terms of long-term operation due to their simplicity and the absence of pressurized components.

However, it's essential to consider the limitations of non-pressurized FPC solar water heaters, such as potential freezing issues in cold climates and the fact that they may not be as efficient as pressurized systems in delivering hot water under high demand.

For the most up-to-date and region-specific information, it is advisable to consult local experts, manufacturers, or relevant authorities familiar with the latest developments in solar water heating technology.

Additional Information:

• Production Capacity: 100 Nos Per Month
• Delivery Time: Immediately
• Packaging Details: Standard Packageing