TKS Series Grain Cooling Units

TKS Series grain cooling controls temperature and humidity in the storage environment to create optimal conditions for grain preservation. This process slows down grain respiration and keeps biological deterioration under control.

Key advantages include:

• Preserves grain quality
• Extends shelf life
• Prevents mold, fungi and pest formation
• Reduces product losses
• Enables long term storage

The TKS Series goes beyond basic air circulation and delivers active cooling to control temperature and humidity in the storage environment. Traditional ventilation methods depend on external air conditions, while TKS systems provide an independent and controlled solution.

Natural ventilation or ambient air based methods often fail to deliver consistent control in grain storage. The TKS Series brings a more predictable and stable approach to this process.

Key differences include:

• Controlled temperature management: Traditional systems rely on external air conditions. The TKS Series targets specific temperature levels and delivers controlled cooling.
• Humidity control: The cooling system maintains a more stable moisture balance and limits sudden fluctuations.
• Stable storage conditions: The system reduces grain temperature in a controlled manner and maintains a balanced environment inside the silo.
• Lower product loss: Controlled temperature and humidity reduce the risk of spoilage and help preserve quality over longer periods.

This approach makes the storage process more predictable and minimizes fluctuations caused by external conditions. The unit can also operate in fan mode when needed, which allows it to function similarly to traditional ventilation systems.

TKS Series Grain Cooling Units deliver a wide capacity range to meet different operational needs. The systems provide cooling performance from 20 tons to 1500 tons per day, which supports applications from small scale facilities to large silo operations.

Capacity ranges by model include:

• TKS 100: 220 to 430 tons per day
• TKS 160: 280 to 550 tons per day
• TKS 240: 360 to 800 tons per day
• TKS 320: 530 to 1500 tons per day

This broad capacity range enables precise selection based on storage volume and process requirements.

The TKS Series operates across diverse climate conditions and performs in ambient temperatures up to +55°C. It supports applications in high humidity tropical regions as well as in hot and dry desert climates.

The system withstands dust, corrosion and vibration, which enables stable performance in demanding agricultural and industrial environments.

The following criteria should be considered when selecting a TKS Series unit:

• Grain volume to be stored and silo capacity
• Required daily cooling capacity in tons per day
• Ambient temperature and humidity conditions
• Grain type and moisture content
• Airflow requirements
• Size of the application area
• Silo construction material, such as steel or concrete

Proper selection of system capacity and configuration plays a critical role in ensuring consistent performance.

The TKS Series operates with modern compressor technology and optimized airflow. The system delivers only the required level of cooling, which helps manage energy consumption efficiently.

This approach:

• Keeps energy consumption under control
• Extends the service life of system components
• Supports more sustainable operational processes

TKS Series Grain Cooling Units operate across a wide range of applications, including:

• Grain storage facilities and silos
• Farms and agricultural operations
• Flour mills
• Feed production plants
• Seed processing facilities
• Food and agricultural product processing plants
• Oil extraction facilities

These systems play a critical role in preserving product quality and extending storage duration. For detailed sector specific scenarios and applications, you can review the areas of use page.

The installation process of a TKS Series unit should be planned according to the silo structure and capacity requirements. The system should be integrated into the grain storage area and positioned to ensure continuous airflow.

Key installation considerations include:

• Selecting a unit with the correct capacity
• Planning airflow direction accurately
• Integrating the system properly with the silo
• Establishing electrical and control connections correctly

You can review the applications page to explore different installation scenarios and project examples.

Regular maintenance is essential to ensure optimal system performance. The maintenance process should include the following actions:

• Inspection of filters
• Examination of fan and compressor components
• Verification of the airflow system
• Review of electrical connections

Regular maintenance supports long term reliability and ensures stable system operation.

Certain operational issues may occur in TKS Series Grain Cooling Units depending on usage conditions and environmental factors. These issues are typically associated with capacity selection, airflow planning or maintenance practices.

Common issues and recommended solutions include:

• Insufficient cooling: If the grain does not reach the target temperature, the unit capacity may not match the current load or airflow may remain below the required level. Capacity selection, airflow rate and system settings should be reassessed.
• Air circulation problems: If the system does not achieve uniform air distribution inside the silo, localized temperature and humidity accumulation may occur. Fan performance, duct configuration and airflow direction should be evaluated and adjusted to balance the system.
• Humidity imbalance: If the system does not maintain proper humidity levels, sensors and control systems should be reviewed. Airflow and temperature settings should also be evaluated together.
• Performance decline due to insufficient maintenance: Contaminated filters and lack of regular inspection of fan or compressor components can reduce system performance. Maintenance activities should follow a defined periodic schedule.
• Incorrect capacity or system configuration: A system that does not align with application requirements can lead to long term performance issues. Proper analysis during the project phase plays a critical role in correct system selection.

Accurate system design, regular maintenance and proper parameter configuration significantly reduce the likelihood of these issues and ensure reliable operation.

Humidity control in TKS Grain Silo Cooling Units operates in direct integration with temperature management. The system activates the compressor when required and regulates airflow to maintain balance. The control panel enables the adjustment of an additional heating temperature, which defines the relative humidity level of the air supplied into the silo. This approach stabilizes environmental conditions against sudden changes.

Continuous and controlled air circulation prevents moisture accumulation in localized areas inside the silo. This process preserves the internal moisture balance of the grain, limits mold and fungal growth and ensures more stable storage conditions. As a result, the system supports safe and high quality grain storage over extended periods.

TKS Series Grain Cooling Units operate in different modes based on operational requirements:

• Super cooling mode
• Cooling mode
• Fan only mode
• Heating only mode
• Silent operation mode