Product Description

The Solar Garlic Dryer by Rudra Solar Energy Pvt. Ltd. is an advanced and energy-efficient drying solution designed for hygienic dehydration of fresh garlic cloves, garlic slices, garlic flakes and other suitable garlic products. The system uses controlled solar heat and organised airflow to remove moisture while helping maintain the natural flavour, aroma, colour and overall quality of the product. Rudra Solar Energy specifically offers a Solar Dryer for Garlic, while its broader dryer range includes configurations for vegetables and commercial food processing.

Rudra Solar Energy Specifications

These specifications are based on Rudra Solar Energy's cabinet solar dryer configuration, which specifically lists garlic among its suitable vegetables. Final dryer selection should depend on fresh batch quantity, garlic form and processing requirements.

Key Features

• Advanced solar hot-air drying technology

• Hygienic enclosed drying chamber

• Controlled and organised airflow

• Uniform moisture reduction

• Multi-tray drying arrangement

• Protection from dust, insects, rain and environmental contamination

• Food-grade construction

• Solar-powered operation

• Optional electric or biomass backup

• Available in multiple capacities from small-scale to commercial processing

Suitable Garlic Products

• Fresh Garlic Cloves

• Garlic Slices

• Dehydrated Garlic

• Garlic Flakes

• Garlic Granules

• Garlic Powder Raw Material

Key Benefits

Helps reduce post-harvest losses
Supports hygienic and controlled drying
Helps improve product storage life after proper dehydration
Protects garlic from dust, insects and weather exposure
Supports value addition through garlic flakes, granules and powder
Reduces dependence on conventional fuel-based drying
Uses clean and renewable solar energy
Suitable for farmers, FPOs, SHGs, MSMEs and food-processing industries

The Solar Garlic Dryer from Rudra Solar Energy can be configured from 5 kg to 500 kg per batch, while larger commercial tunnel systems are available for high-throughput processing requirements.