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Luna Scientific develops advanced aquaponic and hydroponic systems that optimize plant and fish production using IoT and AI. The systems address challenges in food production, especially in areas with limited water and energy resources. They target urban farmers, commercial growers, and regions with harsh agricultural conditions.
Fully automated systems Real-time environmental monitoring Space-efficient designs Low-maintenance operations Soil-free cultivation with significant water savings IoT-integrated sensors Advanced AI data analysis Autonomous component recognition and integration Vision systems with image analysis Remote monitoring and control
The systems are easily integrated into existing agricultural processes and are compatible with standard agricultural equipment. They can be customized to specific requirements, providing precise control over environmental conditions. The system is compatible with common manufacturing technologies and equipment thanks to its modular design and support for various communication protocols.
Luna Scientific offers comprehensive support, including installation assistance, training programs, and continuous technical support to ensure optimal performance.
The solutions comply with EU environmental regulations and industry standards. They are designed to be sustainable and have certifications that validate their performance.
We have launched a pilot aquaponic system in the Warsaw Metro. Detailed tests have confirmed its proper operation and efficiency. The system functions as intended, integrating fish farming with plant cultivation in a closed ecosystem. All components, including sensors and electronic modules, are working flawlessly, ensuring the smooth operation of the system. This project demonstrates our commitment to innovative agricultural technologies and their practical application in urban environments.
We have succesfully installed our systems in the Warsaw metro. This groundbreaking implementation perfectly demonstrates the flexibility and versatility of our technologies, enabling efficient food production in diverse environments, even within urban transportation infrastructure. Thanks to this innovative approach, our systems contribute to sustainable development and the greening of urban spaces, providing local communities with access to fresh and healthy food directly in the heart of the metropolis.
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The expected return on investment (ROI) for manufacturing companies adopting this advanced aquaponic system is estimated to be realized within approximately 5 to 6 years. This timeframe accounts for the initial investment in hardware, software and system integration, as well as the ongoing operational costs associated with maintenance, licensing and energy consumption.
The implementation of our advanced aquaponic system involves initial costs and ongoing expenses that need to be accounted for in the budget. The cost of installing the system on a 1000 m² area is approximately 1 million PLN. This amount covers the purchase of necessary equipment, including advanced sensors, IoT devices and AI-powered systems, as well as the costs of installation, integration and system configuration. Initial costs also include the purchase of software that supports AI and Machine Learning algorithms and provides access to analytical tools and IoT platforms. This software may require additional licenses, which are renewed annually or monthly, depending on the chosen option.