Introduction
A solar eco freezer is a freezer powered by the solar energy, used for the storage of the samples, the vaccines, and the products at the low temperatures, and it is used in the field, the remote, the medical, and the many other applications. The solar eco freezer consists of a refrigeration system, which is powered by the solar panels through the batteries and the charge controller, an insulated compartment, a temperature control system, and the controls, and it maintains the compartment at the low temperatures, using the solar energy; the solar eco freezer is used for the storage of the vaccines and the medicines in the remote and the off-grid areas, for the storage of the biological samples, for the storage of the food, for the research, and for many other applications, and it is available in various capacities; the solar eco freezer provides a sustainable and a reliable cold storage, and it is an essential equipment for the off-grid storage. Solar eco freezers are used in the field, in the remote, in the medical, in the off-grid, and for many other applications. With their solar power, solar eco freezers are essential for the sustainable cold storage.
Solar Eco Freezer LSEF-T2012
Solar Eco freezer comes with flat sliding glass lid lock and castors design, and hammered aluminum interior. These sliding glass lid freezers are used to store frozen food and perishable...
Solar Eco Freezer LSEF-T2011
Solar eco freezer comes with dual compartment design, and it provides separate compressor for each compartment. Equipped with zero maintenance, brushless, thermostatically controlled DC ...
Solar Eco Freezer LSEF-T2010
Solar Eco freezer comes with flat sliding glass lid lock and castors design, and hammered aluminum interior. These sliding glass lid freezers are used to store frozen food and perishable...
Solar Eco Freezer LSEF-T2011
Solar Eco freezer comes with flat sliding glass lid lock and castors design, and hammered aluminum interior. These sliding glass lid freezers are used to store frozen food and perishable...
Solar Eco Freezer LSEF-T2012
Solar eco freezer utilizes the power supplied by the solar panel. These solar panels are fitted with photovoltaic cells, converts the solar energy into electrical energy. Used during dom...
Solar Eco Freezer LSEF-T2010
Solar eco freezer utilizes the power supplied by the solar panel. These solar panels are fitted with photovoltaic cells, converts the solar energy into electrical energy. It has brushles...
Solar Eco Freezer LSEF-T2011
Solar eco freezer utilizes the power supplied by the solar panel. These solar panels are fitted with photovoltaic cells, converts the solar energy into electrical energy. It has brushles...
Solar Eco Freezer LSEF-T2010
Solar eco freezer comes with dual compartment design, and it provides separate compressor for each compartment. Equipped with zero maintenance, brushless, thermostatically controlled DC ...
Solar Eco Freezer LSEF-T2010
Solar eco freezer utilizes the power supplied by the solar panel. These solar panels are fitted with photovoltaic cells, converts the solar energy into electrical energy. Used during dom...
Solar Eco Freezer LSEF-T2011
Solar eco freezer utilizes the power supplied by the solar panel. These solar panels are fitted with photovoltaic cells, converts the solar energy into electrical energy. Used during dom...
Solar Eco Freezer LSEF-T2012
Solar eco freezer utilizes the power supplied by the solar panel. Fitted with photovoltaic cells, it converts the solar energy into electrical energy. Used during domestic power supply s...
Solar Eco Freezer LSEF-T2010
Solar eco freezer utilizes the power supplied by the solar panel. Fitted with photovoltaic cells, it converts the solar energy into electrical energy. Used during domestic power supply s...
Solar Eco Freezer LSEF-T2011
Solar eco freezer utilizes the power supplied by the solar panel. Fitted with photovoltaic cells, it converts the solar energy into electrical energy. Used during domestic power supply s...
Standards
IEC 61010-2-011:2019-Particular requirements for refrigerating equipment
IEC 62552-1:2015-Household refrigerating appliances-Characteristics and test methods-Part 1: General requirements
ISO 20387:2018-Biotechnology-Biobanking-General requirements for biobanking
ISO/TS 20388:2021-Biotechnology-Biobanking-Requirements for animal biological material
Complies with the above standards, but is not limited to them.
Features
1. Solar eco freezer for environmentally friendly, off-grid frozen storage.
2. Solar-powered operation with battery backup for sustainable, low-cost freezing.
3. Suitable for remote areas, off-grid locations, agriculture, medical and emergency use.
4. Energy-efficient design with DC compressor and solar panel compatibility.
5. Includes freezer compartment, solar charge controller, battery system and manual.
FAQ
Q1: What testing scenarios is this freezer mainly applied to?
A: The solar eco freezer is used in remote and off-grid locations, agriculture, rural healthcare, emergency response, outdoor activities and environmentally conscious facilities to provide frozen storage using solar power with battery backup, eliminating dependence on grid electricity. It supports off-grid food storage and preservation in remote homes and villages, agricultural product freezing and storage at farms and collection centers, vaccine and medicine storage in rural healthcare facilities, emergency and disaster relief frozen storage, outdoor and camping use, and sustainable living applications. The solar-powered design provides environmentally friendly, low-operating-cost freezing in areas without reliable grid power. It is essential for remote, off-grid, agricultural, healthcare and emergency applications requiring sustainable, reliable frozen storage without grid electricity, where solar power with battery backup provides environmentally friendly, low-cost freezing for food preservation, agricultural product storage, vaccine and medicine cold chain, emergency response and sustainable living in remote, rural and off-grid locations where grid electricity is unavailable, unreliable or expensive, and where energy-efficient, solar-powered refrigeration supports food security, healthcare, agriculture and environmental sustainability.
Q2: What standards does the freezer comply with?
A: The solar eco freezer complies with relevant IEC 60335 standards for household refrigeration, applicable medical device regulations for vaccine storage (if used for that purpose), WHO vaccine storage guidelines (if applicable), and relevant GB/T standards for solar-powered appliances. The solar and battery systems follow applicable safety standards for photovoltaic and battery storage. Energy efficiency follows applicable standards. Users should verify regulatory requirements for their specific application.
Q3: What is the warranty period for the whole machine and key components?
A: The whole solar freezer system is covered by a 12-month warranty. The compressor, freezer compartment, controller and electronics are covered, while solar panels, batteries, fuses and accessories have varying warranty terms (batteries typically 1-3 years, panels 10-25 years). Damage from improper installation, overcharging or unauthorized repair is excluded. Extended warranty may be available.
Q4: Is this device difficult to operate? Is professional training required?
A: Operation is simple after proper installation: set temperature, ensure solar charging, and store items. Professional installation of solar panels and battery system is recommended. We provide an operation manual and installation guidance. Proper solar system sizing, battery maintenance, temperature monitoring and power management are important for reliable operation.
Q5: What is the typical lead-time for order delivery?
A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
Q6: Is regular maintenance required? What is the recommended calibration cycle?
A: Solar panel cleaning periodically (especially in dusty environments). Battery maintenance per type (sealed, gel, lithium) and manufacturer schedule. Temperature calibration against a reference thermometer recommended every 6-12 months for critical storage. Gasket and seal inspection regularly. Charge controller and wiring inspection periodically. Full system performance check annually.
Q7: Are supporting consumables universal?
A: Solar panels, batteries, charge controllers and cables are available from renewable energy suppliers, though system compatibility should be verified. Long-term consumable cost is low, with battery replacement being the main recurring expense (every 3-10 years depending on type).
Q8: Can I customize parameters or supporting accessories?
A: Customization includes freezer capacity, temperature range, solar panel wattage, battery type and capacity, charge controller, DC/AC operation and accessories. Additional panels, batteries and accessories can be ordered separately. Custom orders extend delivery lead-time.
Q9: Does the purchase include on-site installation and commissioning service?
A: Standard delivery includes the solar freezer system with an operation manual and installation guide. Professional on-site installation and commissioning are recommended for solar systems and can be arranged at additional cost. Remote guidance is provided.
Q10: What types of items are compatible with this equipment?
A: The solar eco freezer stores food, agricultural products, medicines, vaccines and other frozen items within the temperature range and capacity. Vaccine and pharmaceutical storage require proper temperature qualification, monitoring and backup power planning per WHO/CDC guidelines. Highly perishable or critical items require temperature monitoring and contingency planning. Users should properly size the solar system (panels, battery) for the location and load, install panels with proper orientation and tilt, maintain batteries per manufacturer instructions, monitor temperature regularly, ensure proper backup power for extended cloudy periods, follow proper cold chain procedures for medical or vaccine storage, and verify temperature accuracy periodically. For off-grid use, the system should be designed for the specific location solar irradiance and expected cloudy days, and users should have contingency plans for extended periods without sufficient solar charging.
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