Renewable Energy & Environmental Solutions

Commercial Solar Steam Cooking System uses Parabolic Trough Collectors to concentrate sunlight and generate high temperature steam for cooking applications. Parabolic trough collectors focus solar radiation onto a receiver tube containing water or a heat transfer fluid. The concentrated sunlight heats the fluid and produces steam that is delivered to kitchen steam cookers or boilers. Parabolic trough technology is a proven method to reach high temperatures required for steam cooking.

Advantages

1.      High thermal efficiency with concentrated solar energy delivering rapid steam production at cooking temperatures.

2.      Reduces consumption of conventional fuels such as LPG, diesel, or wood, lowering energy costs.

3.      Zero or very low emissions during operation, supporting sustainability goals.

4.      Suitable for large volume cooking for institutional and community kitchens.

5.      Can integrate with existing steam cooking equipment via insulated piping.

6.      Simple design with low maintenance requirements compared to conventional fuel systems.

 

 

Applications

1.      Institutional kitchens such as those in schools, colleges, hostels, and universities.

2.      Community canteens and large dining halls.

3.      Hospitals and healthcare facility kitchens.

4.      Industrial canteens and large scale catering services.

5.      Religious and social service kitchens serving hundreds to thousands of meals per day.

 

If supplied as part of a solar power-based device/system (e.g., with solar PV panel, controller, battery):

 

Product Name: Solar Tunnel Dryer with PV Module (Part of Renewable Energy Device)
HSN Code: 8419
GST Rate: 5% (if classified under Sr. No. 234 of Notification No. 1/2017 – Central Tax (Rate))
Description:
"Integrated solar tunnel dryer system comprising photovoltaic panel, charge controller, battery, and drying chamber. Designed for renewable energy-based dehydration of agri-produce. Supplied as part of a solar energy system."

The Solar PTC Steam Cooking System uses Parabolic Trough Collectors to concentrate sunlight and generate high temperature steam for cooking applications. Parabolic trough collectors focus solar radiation onto a receiver tube containing water or a heat transfer fluid. The concentrated sunlight heats the fluid and produces steam that is delivered to kitchen steam cookers or boilers. Parabolic trough technology is a proven method to reach high temperatures required for steam cooking.

Advantages

1.      High thermal efficiency with concentrated solar energy delivering rapid steam production at cooking temperatures.

2.      Reduces consumption of conventional fuels such as LPG, diesel, or wood, lowering energy costs.

3.      Zero or very low emissions during operation, supporting sustainability goals.

4.      Suitable for large volume cooking for institutional and community kitchens.

5.      Can integrate with existing steam cooking equipment via insulated piping.

6.      Simple design with low maintenance requirements compared to conventional fuel systems.

 

 

Applications

1.      Institutional kitchens such as those in schools, colleges, hostels, and universities.

2.      Community canteens and large dining halls.

3.      Hospitals and healthcare facility kitchens.

4.      Industrial canteens and large scale catering services.

 

5.      Religious and social service kitchens serving hundreds to thousands of meals per day.

 

A Solar Steam Generator is a renewable energy solution that uses solar thermal collectors to convert sunlight into heat and produce steam. The system captures solar radiation and uses it to heat water, generating steam that can be used for industrial process heat, cooking, or other applications where steam is required. Solar steam generation offers a sustainable alternative to conventional fossil fuel boilers by using abundant solar energy to produce steam and reduce fuel consumption.

Features

1.      Uses solar thermal collectors for efficient conversion of sunlight into steam.

2.      Direct steam generation with robust and modular design.

3.      Can integrate with existing boilers and industrial systems.

4.      Scalable for different capacity requirements.

5.      Low maintenance once installed.

 

Benefits

1.      Reduces consumption of fossil fuels and lowers operating energy costs.

2.      Lowers greenhouse gas emissions with clean solar energy.

3.      Enhances energy sustainability and independence.

4.      Supports industrial and process heat applications with reliable steam output.

5.      Reduces total cost of steam production compared to conventional boilers.

We can provide you customized solutions for your Solar Thermal needs, contact us for more details.

 Product Description

• Solar dryers can be utilized for various domestic purposes.
• They also find numerous applications in industries such as textiles, wood, fruit and food processing, paper, pharmaceutical, and agro-industries. 
• Drying is faster because inside the dryer it is warmer than outside.
• Less risk of spoilage because of the speed of drying. ...
• The product is protected against flies, pests, rain and dust.
• It is labour saving.
• The quality of the product is better in terms of nutrients, hygiene and colour.

Solar Drying: An Ancient Technique Enhanced by Modern Technology

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Solar drying is a time-honored method for preserving food that has evolved significantly with advancements in technology. This technique efficiently utilizes the sun\\\'s energy to dry various items, including food grains, vegetables, and many other food products. At GGES India, we recognize the versatility of solar drying and offer customized solutions tailored to meet your specific needs.

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Customization and Design

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Our solar drying systems can be specially designed to cater to various applications beyond food preservation. Whether you require a solution for agricultural products, herbs, or even industrial drying processes, we can create a system that meets your unique requirements.

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Advantages of Solar Drying

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1. Less Operating Cost

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- Solar drying requires minimal operational expenses, as it leverages free solar energy. This significantly reduces energy costs associated with

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traditional drying methods.

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2. High Efficiency

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- Modern solar dryers are designed to maximize heat retention and air circulation, ensuring quick and efficient drying. Our systems can achieve higher

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drying rates compared to traditional open-air drying methods.

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3.Reliable

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- Solar drying systems provide consistent results, as they are built to withstand various weather conditions. With a well-designed system, you can rely

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on continuous operation during sunny periods.

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4. Environmentally Friendly Green Technology

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- By utilizing renewable energy, solar drying contributes to a reduction in greenhouse gas emissions. This aligns with a sustainable approach to food preservation and supports your commitment to a greener planet.

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Solar drying is not just a method of preservation; it is an integral part of sustainable practices that enhance food quality and reduce waste. By combining ancient techniques with modern innovations, GGES India provides effective solar drying solutions that promote both efficiency and environmental responsibility.

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Explore the potential of solar drying with us, and together we can develop customized systems that not only meet your drying needs but also support a sustainable future!

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We have following models for you:

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Types of Solar Dryers

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Solar dryers are essential tools for efficient food preservation and drying processes. Below is a detailed overview of the various types of solar dryers, including their

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features and applications.

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Sr No.	Types of Solar Dryers	Details
1	Solar Tunnel Dryer	A long structure made from transparent materials such as polycarbonate or polyethylene sheets. It has a high drying capacity and is ideal for large-scale drying needs.
2	Box Type (Cabinet) Dryer	This type features a design where the product is exposed directly to sunlight within an enclosed chamber. A transparent glass cover traps heat, allowing for smaller capacity drying.
3	Indirect Solar Dryer	Sunlight heats the air in a separate collector, which is then circulated to dry the product. This design ensures the product is not exposed to direct sunlight, preserving its color and nutrients effectively.
4	Portable Solar Dryer	A miniature version of a tunnel dryer made with lightweight frames and transparent polyethylene sheets. It is easy to assemble and disassemble, making it convenient for various applications.

This type features a design where the product is exposed directly to sunlight within an enclosed chamber.

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A transparent glass cover traps heat, allowing for smaller capacity drying.

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Capacity: 5kg to 200 kg

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Suitable for : Personal, micor industries and enterpreunal

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Benefits: Compact,

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Solar PV Fan

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Usage : Vegetables, fruits, Grains, Papad

Solar Cookers: Harnessing Solar Energy for Efficient Cooking

Solar energy is a powerful resource that can be efficiently used for cooking various foods. Solar cookers provide a sustainable method for preparing meals while minimizing environmental impact. With the ability to roast, boil, and cook a wide range of dishes, solar cookers offer an innovative solution for both everyday meals and outdoor culinary adventures.

 

Cooking Versatility

With a solar cooker, you can effortlessly prepare:

• Dal-Rice Cook traditional lentil dishes paired with rice.
• Boiled Vegetables: Steam or boil seasonal vegetables while retaining their nutrients.
• Roasted Beans and Nuts: Roast beans and nuts to perfection, enhancing their flavors.

Advantages of Solar Cooking

• No Operating Cost for Standalone Systems.
• Once set up, solar cookers use free, renewable sunlight, resulting in zero operating costs compared to traditional cooking methods.

High Efficiency

Solar cookers are designed to harness maximum sunlight efficiently, providing great cooking results with minimal energy input.

 

Reliable

With proper use, solar cookers offer consistent performance and can operate in various weather conditions, provided there is sufficient sunlight.

 

Environmentally Friendly Green Technology

Cooking with solar energy reduces reliance on fossil fuels, cutting greenhouse gas emissions and supporting a more sustainable lifestyle.

 

Conclusion

Solar cooking is an excellent way to prepare meals while embracing sustainability and reducing energy costs. The box type and parabolic solar cookers we offer are designed for efficient cooking, making delicious meals possible while minimizing environmental impact. If you’re interested in incorporating solar cooking into your lifestyle, explore our range of solar cookers at GGES India!

 

Types of Solar Cookers

Solar cookers utilize the sun's energy for cooking and food preparation, providing an eco-friendly alternative to conventional cooking methods. Below are three main types of solar cookers, along with their designs, operation methods, strengths, and weaknesses.

Primarily for meals that don’t require quick preparation.  

 

Solar distillatory evaporates raw/impure water to provide distilled water, it’s a solar water purifier!

Design: Comprises a transparent glass cover, a black basin for holding impure water, a condensation surface on the inner side of the cover, and a collection channel for distilled water.

How it Works: Sunlight enters through the glass cover, heating the water in the black basin. As the water evaporates, it condenses on the underside of the glass and drips into the collection channel as distilled water.

Best For: Water purification and producing distilled water.

Pros: Effective for obtaining clean drinking water from contaminated sources, simple to set up.

Cons: Limited to water purification, not for cooking food. However mineralization can be done to make it drinkable.

Design: A reflective parabolic dish that focuses sunlight onto a single point.

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How it Works: The design creates high temperatures at the focal point, allowing for fast cooking or frying.

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Best For: Boiling, frying, and grilling foods.

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Pros: Achieves high temperatures, enabling efficient and rapid cooking.

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Cons: Requires careful alignment and tracking of the sun for optimal performance.

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Solar cookers, including box-type and parabolic designs, offer versatile and energy-efficient cooking solutions.

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Additionally, solar stills provide a means for water purification using the same principles of solar energy. Each type has its unique benefits and limitations, making them suitable for different cooking and purification needs. If you\\\\\\\\\\\\\\\'re considering using solar energy for cooking or water distillation, explore our range of solar cookers at GGES India!

Rainwater harvesting is the one of the simplest and effective technology to recycle the rainwater. The water from terraces is collected in tanks. It is used after filtration by simple methods.

Advantages:

• Simple design
• Low cost
• Highly effective for remote areas

1. Less Operating Cost

   - Solar drying requires minimal operational expenses, as it leverages free solar energy. This significantly reduces energy costs associated with traditional drying methods.

2. High Efficiency

   - Modern solar dryers are designed to maximize heat retention and air circulation, ensuring quick and efficient drying. Our systems can achieve higher drying rates compared to traditional open-air drying methods.

3.Reliable

   - Solar drying systems provide consistent results, as they are built to withstand various weather conditions. With a well-designed system, you can rely on continuous operation during sunny periods.

4. Environmentally Friendly Green Technology

   - By utilizing renewable energy, solar drying contributes to a reduction in greenhouse gas emissions. This aligns with a sustainable approach to food preservation and supports your commitment to a greener planet.

Solar drying is a time-honored method for preserving food that has evolved significantly with advancements in technology. This technique efficiently utilizes the sun's energy to dry various items, including food grains, vegetables, and many other food products. At GGES India, we recognize the versatility of solar drying and offer customized solutions tailored to meet your specific needs.

Customization and Design

Our solar drying systems can be specially designed to cater to various applications beyond food preservation. Whether you require a solution for agricultural products, herbs, or even industrial drying processes, we can create a system that meets your unique requirements.

Advantages of Solar Drying

1. Less Operating Cost

   - Solar drying requires minimal operational expenses, as it leverages free solar energy. This significantly reduces energy costs associated with traditional drying methods.

2. High Efficiency

   - Modern solar dryers are designed to maximize heat retention and air circulation, ensuring quick and efficient drying. Our systems can achieve higher drying rates compared to traditional open-air drying methods.

3.Reliable

   - Solar drying systems provide consistent results, as they are built to withstand various weather conditions. With a well-designed system, you can rely on continuous operation during sunny periods.

4. Environmentally Friendly Green Technology

   - By utilizing renewable energy, solar drying contributes to a reduction in greenhouse gas emissions. This aligns with a sustainable approach to food preservation and supports your commitment to a greener planet.

Design: An insulated box featuring a transparent glass lid and internal reflective panels.

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How it Works: Sunlight enters through the glass lid and is trapped inside the box, effectively raising the temperature for slow cooking.

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Best For: Cooking rice, vegetables, lentils, and baking.

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Pros: Simple to use, safe for all ages, and generally inexpensive.

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Cons: Slower cooking times, suitable

Rainwater harvesting is the one of the simplest and effective technology to recycle the rainwater. The water from terraces is collected in tanks. It is used after filtration by simple methods.

Advantages:

• Simple design
• Low cost
• Highly effective for remote areas