Ferme d’Hiver Technologies (20240237590). ENERGY MANAGEMENT SYSTEM AND METHOD IN COMBINED GREENHOUSES AND VERTICAL FARMS simplified abstract
Contents
ENERGY MANAGEMENT SYSTEM AND METHOD IN COMBINED GREENHOUSES AND VERTICAL FARMS
Organization Name
Inventor(s)
Denis Dupaul of Blainville (CA)
ENERGY MANAGEMENT SYSTEM AND METHOD IN COMBINED GREENHOUSES AND VERTICAL FARMS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240237590 titled 'ENERGY MANAGEMENT SYSTEM AND METHOD IN COMBINED GREENHOUSES AND VERTICAL FARMS
The patent application describes a heat transfer system for a vertical farming module that includes a closed circuit with a cooling fluid circulating to transfer heat from lighting equipment to the cooling fluid. The system also includes a heat pump, an air handling unit, and a heating system to manage energy in the vertical farming module and a greenhouse.
- Closed circuit with cooling fluid for heat transfer
- Fluid-cooled light-supporting tube for transmitting heat
- Heat pump operating with system fluid
- Air handling unit for reducing humidity in the air
- Heating system for warming the greenhouse
- Energy management in vertical farming module and greenhouse
Potential Applications: - Vertical farming systems - Greenhouse heating and cooling systems - Energy-efficient agricultural practices
Problems Solved: - Efficient heat transfer in vertical farming modules - Energy management in greenhouse environments - Humidity control in indoor farming settings
Benefits: - Improved crop growth in vertical farming modules - Energy savings in greenhouse heating and cooling - Enhanced control over environmental conditions for plants
Commercial Applications: Title: Energy-Efficient Heating and Cooling System for Vertical Farming and Greenhouses This technology can be used in commercial vertical farming operations, greenhouse facilities, and indoor agriculture settings to optimize energy usage and improve crop yields.
Prior Art: Readers can explore prior art related to heat transfer systems in vertical farming and greenhouse environments to understand the evolution of similar technologies.
Frequently Updated Research: Stay updated on the latest research in energy-efficient heating and cooling systems for vertical farming and greenhouse applications to incorporate cutting-edge advancements into your operations.
Questions about Heat Transfer Systems in Vertical Farming and Greenhouses: 1. How does the heat pump in this system contribute to energy efficiency? The heat pump operates with system fluid to transfer heat effectively between different components, reducing energy consumption in the process.
2. What role does the air handling unit play in maintaining optimal conditions in the vertical farming module? The air handling unit receives the cold system fluid from the heat pump to reduce humidity levels, creating a more favorable environment for plant growth.
Original Abstract Submitted
a heat transfer system for a vertical farming module comprises a closed circuit with a cooling fluid circulating therein and having a fluid-cooled light-supporting tube transmitting heat from a lighting equipment of the vertical farming module to the cooling fluid. the heat transfer also comprises a heat pump operating with a system fluid: an air handling unit receiving the cold system fluid from the heat pump to reduce humidity of the air in the vertical farming module: a heating system receiving the heated system fluid from the heat pump and fluidly connected to a greenhouse located adjacent to the vertical farming module for heating the greenhouse with a warmed air generated by the heating system. a method for energy management in a vertical farming module and a greenhouse is also provided.
