Reducing energy costs in indoor farming through advanced architectural analysis.
The cutting-edge architecture for power supply related to LED lighting solutions for plant cultivation reduces the total energy costs of indoor farming.
**ARTESYN's Switching Power Supply Solutions** Indoor farming studies often show that, following labor costs, energy expenses are significant. Therefore, both now and in the future, the temporal management and reduction of energy costs will be key to the competitiveness of crops grown in Controlled Environment Agriculture (CEA) facilities, and we propose optimal switching power supplies. - Overall energy cost reduction - Optimization of metrics that contribute to high energy costs - Reduction of initial and operational costs of power supply infrastructure - Reduction of energy costs in indoor farming through advanced architecture and analysis **Table of Contents** - About the Rising Curve → Energy optimization through new solutions brought by the spread of CEA - Solutions → The approach adopted by Artesyn for customer energy cost management - Economic Benefits of Remote DC Power Supply Architecture - Looking to the Future - Improvement of power conversion efficiency - Improvement of architecture - Microgrids and energy sources - Insights and analysis - Conclusion
basic information
Advanced Energy has brought its decades of experience in power conversion and energy management to reform the horticulture industry. As a leader in the power energy sector, we are well-versed in the challenges and opportunities related to managing energy use and its associated costs. Through innovations in products, architecture, and analytics, AE continues to expand its industry-leading offerings, enabling the CEA industry's goal of providing high-quality food to the world in a cost-effective and environmentally friendly manner.
Price range
Delivery Time
Applications/Examples of results
LED power supply for plant growth
