VOLAGRA Agrivoltaics Modular Plug n Play Solution
Designed to seamlessly integrate CEA technology with sustainable energy generation, this cutting-edge product combines the power of advanced farming techniques with renewable energy sources to optimize crop production while minimizing environmental impact.
Axalyn Volagra represents a paradigm shift in farming technology, offering a holistic approach to sustainable agriculture through the integration of CEA and solar energy. At its core, Volagra leverages agrivoltaics – the synergy between agriculture and solar photovoltaic technology – to optimize resource use, enhance crop productivity, and reduce environmental impact. By harnessing the power of the sun, Volagra provides a clean, renewable energy source to power CEA systems, creating a self-sustaining ecosystem that minimizes reliance on external resources.
Key Capabilities
- Modular Design: Housed within a 44-foot shipping container, the Agrivoltaics Solution offers a modular and scalable approach to indoor farming. Whether deployed as a standalone unit or integrated into an existing agricultural operation, its flexible design adapts to diverse needs and environments.
- Integrated CEA Technology: Equipped with Axalyn’s state-of-the-art CEA technology, including climate controllers, irrigation systems, and environmental sensors, the solution provides precise control over growing conditions. Farmers can fine-tune parameters such as temperature, humidity, lighting, and nutrient delivery to optimize plant growth and maximize yields.
- Solar-Powered Operation: Harnessing the power of the sun, the Agrivoltaics Solution features solar panels installed on the roof of the container. This renewable energy source not only powers the CEA systems within but also generates surplus electricity that can be fed back into the grid or stored for later use, promoting sustainability and cost-efficiency.
- Plug n Play Installation: Designed for easy setup and deployment, the solution comes pre-assembled and ready to plug into existing infrastructure. With minimal on-site construction required, farmers can quickly establish a fully functional indoor farm, reducing time-to-market and operational downtime.
- Optimized Crop Production: By leveraging the benefits of agrivoltaics – the symbiotic relationship between agriculture and solar energy – the solution enhances crop productivity and quality. The combination of controlled environmental conditions and renewable energy enables year-round cultivation, mitigating the effects of seasonal fluctuations and climate variability.
- Remote Monitoring and Control: Empowering farmers with real-time insights, the solution offers remote monitoring and control capabilities. Through a user-friendly interface, users can access data on environmental conditions, crop health, energy production, and more, allowing for proactive management and optimization of farm operations.
Key Capabilities
- Modular Design: Housed within a 44-foot shipping container, the Agrivoltaics Solution offers a modular and scalable approach to indoor farming. Whether deployed as a standalone unit or integrated into an existing agricultural operation, its flexible design adapts to diverse needs and environments.
- Integrated CEA Technology: Equipped with Axalyn’s state-of-the-art CEA technology, including climate controllers, irrigation systems, and environmental sensors, the solution provides precise control over growing conditions. Farmers can fine-tune parameters such as temperature, humidity, lighting, and nutrient delivery to optimize plant growth and maximize yields.
- Solar-Powered Operation: Harnessing the power of the sun, the Agrivoltaics Solution features solar panels installed on the roof of the container. This renewable energy source not only powers the CEA systems within but also generates surplus electricity that can be fed back into the grid or stored for later use, promoting sustainability and cost-efficiency.
- Plug n Play Installation: Designed for easy setup and deployment, the solution comes pre-assembled and ready to plug into existing infrastructure. With minimal on-site construction required, farmers can quickly establish a fully functional indoor farm, reducing time-to-market and operational downtime.
- Optimized Crop Production: By leveraging the benefits of agrivoltaics – the symbiotic relationship between agriculture and solar energy – the solution enhances crop productivity and quality. The combination of controlled environmental conditions and renewable energy enables year-round cultivation, mitigating the effects of seasonal fluctuations and climate variability.
- Remote Monitoring and Control: Empowering farmers with real-time insights, the solution offers remote monitoring and control capabilities. Through a user-friendly interface, users can access data on environmental conditions, crop health, energy production, and more, allowing for proactive management and optimization of farm operations.
Specifications
Deployment
Suitable for gated communities, apartments, and individual residences.
Size
Housed within a 10-foot shipping container, scalable for various needs.
Energy Source
Solar panels installed on the roof for renewable energy generation.
Integration
Plug n Play design for easy integration into existing infrastructure.
Monitoring
Remote monitoring and control capabilities for real-time insights.
Scalability
Adaptable for both small-scale and large-scale indoor farming operations.
Ownership
Offers both CAPEX (Capital Expenditure) and OPEX (Open Expenditure) models for financing and ownership flexibility.
Benefits
Water conservation of upto 90% when compared to tradi tional farming
Achieve optimal thermal balance through Fan and Pad system
Hygienic produce free from toxic chemicals & pesticides
Crops grown in pure water with nutrient supplements
Excellent ventilation to maintain the inside microclimate
Allows cultivation of a wide variety of crops
Maintains hot and humid levels through Fogging or Heating systems
Optimal sealing to protect from heave rains and winds
Protection from pest and disease infestations
Energy savings due to effective usage of available natural resources
