Energy storing device system used in agriculture and method thereof

Abstract

Provided is an energy storing device system used in agriculture and a method thereof. According to the energy storing device system used in agriculture and the method thereof, the main four biological factors required by a biological plant are aimed at, various kinds of technologies are integrated, and energy storing device system is used for energy reserves with content of 'temperature, electricity, water and gas' during an off-peak period (especially at night) of power distribution network load; system optimization is conducted according to needs, equitable distribution is achieved through a 'temperature echelon utilizing method', use of the energy reserves is emphatically transferred to a 'network load peak period', an idea of 'space-time transferring, moving peak to fill valley' is carried out, and various kinds of clean energies are efficiently utilized. Due to the fact that the four biological factors are improved, a new technology of automation and intellectualization and a mew method of precision and intensification are widely adopted by a novel agriculture, and transformation and upgrading of a traditional 'planar passive type agriculture' to a modern 'three-dimensional and intelligent type agriculture' are achieved. According to the energy storing device system used in agriculture and the method thereof, advantages of 'green, ecological, environmentally friendly, energy saving, efficient and the like' are integrated into an organic whole, potentials of application and popularization are great, and huge economic, social and ecological benefits are generated.

Description

[0001] Technical field [0002] The invention relates to a technical field suitable for the rational utilization of energy in the integration and development of the primary, secondary and tertiary industries of agriculture, especially for biological factors such as "temperature, light, water, and gas" required by biological factories, the "electrical cold storage and heat storage technology" , heat pump technology, water treatment technology, water heat transfer technology, compressed air energy storage technology, air insulation technology and battery energy storage technology" and other combinations, during the off-peak load period of the distribution network (especially at night), it is used synergistically for " Temperature, light (electricity), water, gas" and other reserves; and based on various influencing factors such as production, life, and ecology, systematically combine and optimize the plan, adopt the "temperature gradient utilization method" to carry out reasonable ...

AI Technical Summary

Problems solved by technology

[0011] In order to solve the ubiquitous problems of “high electricity consumption, high energy consumption, low energy efficiency ratio, high electricity bills, tripping and power failure at any time during the peak load period of the power grid, etc.” in biological factories and facility agriculture, the present invention provides an agricultural The energy storage device system and method used in this paper use the off-peak period of the power grid load to carry out energy storage with four biological factors such as "temperature, light (electricity), water, and gas" as the content; and then according to the actual production and living ecology In terms of time, space, and primary, secondary, and tertiary industries, it is allocated and used; in particular, the "temperature gradient utilization method" is adopted, and various clean energy sources are rationally utilized, energy-saving and low-carbon, and the effect is remarkable

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