Save on costs with Apna DC refrigerators and freezers. These high efficiency refrigerators and freezers have exceptionally low energy consumption requiring smaller, less expensive power systems and low operating expense. High quality construction provides excellent reliability and long life. Zero maintenance, brushless, thermostatically controlled DC compressor operates on 24 VDC. APNA refrigerators and freezers provide outstanding economical and reliable operation. Low energy consumption is the key that allows APNA refrigerators and freezers to be cost effectively powered from solar & batteries. This technology allows refrigeration in remote locations where it was previously unavailable or prohibitively expensive.
Features:
- Very low energy requirement, desired temperature up to -15 to -20 degrees can be achieved.
- 12 or 24V DC operating voltage featuring shutoff at low voltage that consumes 150 watts per hour.
- Can be attached directly to battery with back up time of nearly 18 to 20 hours
- This Product comes with ready to use & does not require Installation or Demo.
- Deep Freezers runs on a single 315W module in most climates.
- 12 or 24 VDC with low voltage disconnect for battery protection
- Automatic control with adjustable thermostat.
Solar freezers are a type of refrigeration unit that uses solar power to cool and preserve food and other perishable items. They have the potential to be more sustainable than traditional freezers that rely on grid electricity because they use renewable energy and have no associated greenhouse gas emissions.
The sustainability of solar freezers depends on several factors, including the materials used to manufacture them, the energy required to produce and transport them, and their durability and lifespan. Ideally, solar freezers should be made from sustainable materials, such as recycled plastics or renewable materials like bamboo, and should be designed to last for many years with minimal maintenance.
Another important consideration is the efficiency of the solar panels that power the freezer. High-quality, efficient solar panels can maximize the amount of energy that is captured from the sun and minimize the amount of energy that is lost due to inefficiencies.
The sustainability of solar freezers also depends on the local climate and the availability of sunlight. In areas with low levels of sunlight or frequent cloudy days, solar freezers may not be a viable option, and other forms of refrigeration may be necessary.
Finally, the sustainability of solar freezers depends on the availability and accessibility of repair and maintenance services. If a solar freezer breaks down or requires maintenance, it should be possible to repair it without the need for costly replacement parts or specialized knowledge.
Overall, solar freezers have the potential to be a sustainable option for refrigeration, but their sustainability depends on several factors and careful consideration of these factors is necessary to ensure their environmental and social impact is positive.
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