Name: 500 kg/day Solar-Powered Flake Ice Machine - Tamutom FIM500-SP
Brand: Tamutom
Availability: InStock

500 kg/day Solar-Powered Flake Ice Machine: Key Features and Commercial Benefits

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Sustainable and On-Site Ice Production with Solar Energy

Access to reliable electrical energy is one of the major operational challenges, especially for commercial fishing businesses, aquaculture facilities, and food producers operating in remote locations.

In many coastal regions, islands, and rural settlements, ice is indispensable for cooling, processing, and transporting fresh products. However, conventional ice production systems require an electrical infrastructure that is not always available reliably or continuously.

TAMUTOM Solar-Powered Flake Ice Machine – 500 kg/day offers an eco-friendly and innovative alternative solution to this need by combining professional flake ice production technology with photovoltaic solar energy systems.

💡 Did you know? Transporting ice from outside sources to remote regions severely strains operational budgets due to high logistics costs and melt losses. On-site production completely eliminates these expenses.

Featuring a nominal daily production capacity of 500 kg of flake ice, this machine can be engineered to utilize electrical energy generated directly from solar panels for ice manufacturing.

Thus, instead of remaining entirely dependent on traditional electrical grids or long-distance ice shipments, businesses gain the capability to produce the ice they need right where they operate.

Solar-powered ice production is a modern approach that can be reliably adopted especially for fishing villages, remote coastal areas, aquaculture businesses, agricultural production hubs, and projects with limited grid infrastructure.

500 kg/day Flake Ice Production Capacity

At the heart of the system lies the TAMUTOM flake ice machine with a nominal daily production capacity of 500 kg of flake ice.

Nominal production values of the machine:

500 kg Daily Production

~20.83 kg Hourly Production

1.8–2 mm Ice Thickness

-5°C Ice Temperature

Finely structured flake ice delivers flawless cooling performance for fish, seafood, and various temperature-sensitive products thanks to its extensive contact surface area.

The 500 kg/day capacity forms a smart starting point for small and medium-sized businesses that do not require massive industrial ice plants but want to handle regular ice production in-house.

Actual daily output may vary depending on operating hours, available electrical energy, ambient temperature, water conditions, and the chosen solar energy system configuration.

How Does the Solar-Powered Flake Ice Machine Work?

The solar-powered flake ice production system seamlessly integrates conventional refrigeration technology with clean electrical energy captured via photovoltaic panels.

Solar panels capture daylight and convert it into electrical energy.

This generated energy is channeled safely through smart inverter and control systems to meet the electrical requirements of the flake ice machine.

Depending on project specifications, the system can be flexibly supported by battery storage units, grid interconnectivity, or alternative backup generator sources.

Solar Panels → Energy Conversion & Control System → Flake Ice Machine → Ice Production → Ice Storage or Direct Use

In battery-configured setups, a portion of the electricity obtained from solar energy is stored to facilitate uninterrupted operation during cloudy days or evening hours when sunlight is scarce.

Solar panel capacity, inverter specifications, battery banks, and other electrical components must be meticulously calculated based on the ice machine's consumption profile and the local climate.

Ice Production in Regions with Limited Electrical Infrastructure

One of the greatest and most revolutionary advantages of solar-powered ice production is its ability to operate at high performance even in locations completely devoid of or severely deficient in traditional electrical infrastructure.

Fishing villages, isolated islands, and remote agricultural zones can be located miles away from major industrial ice manufacturing plants.

In such isolated territories, businesses are otherwise forced to acquire and transport ice from external cities at exorbitant costs.

Long transit distances, traffic or road shipment delays, and dependency on external suppliers create serious operational vulnerabilities for businesses.

The solar-powered flake ice machine eliminates all these logistical barriers by enabling ice production at zero distance directly to the point of consumption.

Particularly in remote field operations, producing ice on-site stands as the ultimate guarantee of business continuity.

Applications of the Solar-Powered Flake Ice Machine

🐟 Fisheries and Small-Scale Fishing Communities

The fisheries sector is among the primary and most efficient application fields for solar ice makers. Immediate post-harvest chilling is critically important to preserve the freshness and commercial value of caught fish. In locations lacking ice, product quality degrades rapidly.

The system is particularly life-saving for:

• Small-scale fishing villages and traditional communities
• Fishing cooperatives and harbors
• Remote coastal fish landing and collection hubs
• Island fishery businesses

🦐 Aquaculture and Fish Farming

Ice utilization is mandatory during harvesting, sorting, processing, and transportation stages across aquaculture facilities. Solar ice systems offer a localized production base opportunity for coastal or inland farms experiencing grid limitations. Storage can be established prior to scheduled harvest periods to maintain uninterrupted operations.

🏝️ Islands and Remote Coastal Regions

Commercial ice supply in isolated islands equates to high freight expenses. Local solar-powered production ends reliance on outside resources. Designed according to water availability and solar potential, these systems grant island economies immense autonomy.

🌿 Agriculture and Fresh Produce Processing Facilities

Flake ice plays a crucial role in incorporating harvested fruits, vegetables, and fresh goods into the cold chain. Rural packaging stations and agricultural cooperatives can manufacture production inputs free from grid electricity tariffs.

🏪 Fish Markets and Small Food Establishments

Mid-scale fish retail points and local markets can economically and eco-friendly fulfill daily ice requirements thanks to the ideal 500 kg/day capacity.

Advantages of the Solar-Powered Flake Ice Machine

1. Utilization of Renewable Solar Energy

Photovoltaic technology converts sunlight directly into electricity, reducing dependence on utility grids or fuel-powered generators to a minimum.

2. Reduction of Infrastructure Dependency

Offers a flexible, safe, and autonomous energy framework in rural territories where electrical grids are absent or suffer from voltage fluctuations.

3. Potential to Lower Energy Operating Costs

Optimizes overhead expenses against high utility bills, delivering long-term savings through a self-consumption model.

4. On-Site and Fresh Production

Produces ice at the exact moment and location needed, completely eliminating long-distance transport losses and logistical hassles.

5. Flawless Cold Chain Support

Guarantees maximum temperature governance for food and marine items through thin flake ice structured with a wide surface area.

6. Flexible System Configuration

Customizable for every project through On-Grid, Hybrid, or entirely independent Off-Grid (Battery-supported) operating modes.

Solar Energy System Design and Energy Planning

Engineering a solar-powered ice machine project demands a comprehensive technical study far exceeding standard refrigeration equipment setups. System success relies on accurate energy planning.

Key factors evaluated during the planning phase include:

• Daily net ice production goals and hourly extraction ratios
• Compressor starting currents and total electrical power draw
• Annual average sunshine duration (global irradiation) of the installation site
• Photovoltaic panel power ratings, inverter compatibility, and battery capacity
• Ambient temperature averages and supply water temperature

⚠️ Why Solar Panel Capacity Is Critically Important

An ice machine with a 500 kg daily rating may not automatically reach its nominal value if operated exclusively during daylight hours when the sun is up. Operating time remains constrained strictly by sunlight hours. Therefore, battery storage or hybrid backup solutions must be integrated into the project to allow night-time or cloudy-period operation. Proper engineering focuses not on nominal rating, but on the targeted actual daily output.

Flake Ice Quality and Cooling Performance

TAMUTOM 500 kg/day flake ice machine manufactures crystal-structured fine flake ice with a thickness of roughly 1.8–2 mm and a temperature of -5°C.

Thanks to its lightweight, flexible structure devoid of sharp edges, it homogenously blankets product contours without bruising them. High heat transfer coefficients instantly activate the cold chain, ensuring product freshness is preserved for extended durations.

Project-Specific Solar-Powered Ice Solution

Every region's climate, every facility's operational tempo, and every business's daily ice demand vary significantly. The energy infrastructure of a fishing cooperative on a tropical island cannot match that of an inland agricultural plant.

The TAMUTOM engineering team combines these two core components in flawless balance while analyzing your project:

Ice Production Demand + Available Regional Solar Energy

This shortens your investment payback period while driving energy efficiency and operational lifespan to maximum limits.

TAMUTOM Solar-Powered Flake Ice Machine – 500 kg/day

TAMUTOM Solar-Powered Flake Ice Machine – 500 kg/day represents next-generation cooling technology fusing superior engineering standards with photovoltaic energy performance.

It stands as the optimal investment for small and medium-sized enterprises wishing to break free from traditional energy costs and produce their own ice in infrastructure-free territories.

Offering a wide utility spectrum from fishing shelters to aquaculture farms, and from isolated islands to mobile food plants with its 500 kg/day nominal capacity.

Get in touch with our expert engineers right away to determine the ideal system configuration tailored to your location, solar potential, and daily ice consumption profile.

Request a Quote for Your Solar-Powered Ice Project

Contact us to get detailed information about the TAMUTOM 500 kg/day Solar-Powered Flake Ice Machine and off-grid photovoltaic systems, request a site analysis, or receive a customized price quotation for your business.

Get a Quote

Daily Capacity	500 kg/day nominal flake ice production capacity (approx. 20.83 kg/hour).
Energy Source	Photovoltaic solar panels; flexible configuration options including grid-tied, hybrid, or battery-supported systems.
Ice Characteristics	Thin flake ice with a large contact surface area, approx. 1.8–2 mm thickness, and -5°C temperature.
Main Advantage	On-site production in remote coastal areas, islands, and fishing villages with limited or no electrical grid infrastructure.
Applications	Small to medium-scale fishing cooperatives, aquaculture facilities, island operations, and fresh produce processing centers.
System Architecture	Solar Panels → Power Conversion/Control System → Flake Ice Machine → Local Use or Storage.

500 kg/day Solar-Powered Flake Ice Machine - Tamutom FIM500-SP

500 kg/day Solar-Powered Flake Ice MachineTechnical Data