2025-12-18
Anhui Jinshengda Bioelectronics Technology Co., Ltd. (hereinafter referred to as "Anhui Jinshengda") As one of the initiators of the SCO Agricultural Expo and the SCO Agricultural Cooperation and Development Conference They are delivering a new answer to the challenge of climate resilience through facility agriculture technology.
Climate resilience requires keeping uncertainties out of infrastructure.
Central Asian countries experience "climate resilience" more directly. The region is warming faster than the global average, glaciers are retreating, and droughts and salt dust storms are occurring alternately. Under these conditions, open-field cultivation yields are largely dependent on the weather.
The primary goal of facility agriculture is not simply to increase yield, but to bring this variable under control. Greenhouse films and insulation layers block extreme temperatures, integrated water and fertilizer management delivers water directly to the root zone, and supplemental lighting transforms natural light conditions into adjustable parameters. For the first time, the four elements of light, temperature, water, and air are simultaneously under control.
Only when things are under control can resilience have a foundation. Under extreme weather conditions, yield fluctuations narrow; when water inflow decreases, yields do not decline synchronously; and when seasons are out of sync, supply remains continuous. This is the practical contribution of greenhouse agriculture to climate resilience, and it is also the reason why it is repeatedly discussed in Central Asia, the Middle East, and arid regions of Northwest my country.
Light, Soil, Energy, and Decision-Making: Technological Support in Four Key Areas
Anhui Jinshengda Co., Ltd. We have over ten years of experience in plant supplemental lighting. Initially serving greenhouse tomatoes and cucumbers, our services have expanded to seedling factories, medicinal plants and flowers, and forage crops. The technological hurdles lie in chips and the spectrum. Independently developed Red light chip Elevate light efficiency to the forefront internationally. It is suitable for different crops such as leafy vegetables, fruit vegetables and forage grass. Different spectral formulations are used. The illumination is thus transformed from a natural condition into a settable parameter.
Beyond the light lies the land. The three-dimensional multi-dimensional plant cultivation equipment does not rely on cultivated land and soil, integrating light, temperature, humidity, water and fertilizer, sowing and harvesting into a continuous process. Its practical value lies in enabling areas with "no land available" and "already salinized land" to also have the capacity for forage production. Central Asia has large areas of degraded and salinized land. The conventional approach requires treatment before planting, with treatment cycles taking up to ten years. The three-dimensional multi-modal cultivation equipment bypasses this waiting period.
Energy is the third link, and also the most easily overlooked. Facility agriculture has high electricity consumption, while the rural power grid in Central Asia is aging and has unstable voltage at the end points. Flexible DC microgrid This reduces the need for one AC/DC conversion in photovoltaic power generation, allowing electricity to be directly supplied to lighting fixtures, water pumps, and wind turbines. Reduce losses while lowering electricity costs. In off-grid pastoral areas and at the end of the power grid, this link determines whether the first two links can function.
Finally, there is the decision-making stage. Gu Shengda Model Transforming over a decade of accumulated real crop data into readily available experience. The timing and duration of supplemental lighting, water and fertilizer ratios, and the order of early disease detection. Its role is not to replace agronomists, but rather... This enables ranches lacking agronomists to maintain system operation.
Factors, Combinations, and Efficiency: Three Observational Points for New Productive Forces
Light, soil, energy, and decision-making represent the combined form of Anhui Jinshengda Co., Ltd.'s more than ten years of technological accumulation, and also the foothold of "new quality productivity" in the agricultural field: reconstructing production factors, reorganizing technology combinations, and rewriting the way efficiency is measured.
The production factors of traditional agriculture are land, water, and labor.
Anhui Jinshengda's technology system has added four new elements: spectroscopy, algorithms, power electronics, and data. Its three-dimensional multi-modal plant cultivation equipment can achieve several times the output per unit area of its own field, while consuming only one-twentieth of the water. This is based on the replacement of this element structure. The role of data is particularly easily underestimated: the crop growth records accumulated by the company over more than ten years are themselves production data, their use incurs no loss, and the more data accumulated, the more accurate the model becomes.
The technology portfolio has also been restructured.
Supplemental lighting, hydroponics, fertigation, DC microgrids, and large-scale agricultural models—none of these technologies are entirely new. What Anhui Jinshengda has done is integrate them into a production system capable of stable operation under conditions of minus 20 degrees Celsius, no arable land, and unstable power grids. The difficulty of cross-domain integration lies not in the concepts, but in the parameters: each link must allow for margins to be made for other links.
The way efficiency is measured has also changed.
In the past, agriculture used yield per mu (unit of land area) as the sole indicator. Now, it is necessary to simultaneously examine the output per unit area, the amount of forage produced per unit of water, and the fresh weight produced per unit of electricity. Only when all three indicators improve simultaneously can a leap in efficiency be achieved.
Practice is still ongoing.
For Anhui Jinshengda Co., Ltd., being an initiating unit is just the beginning. Starting with supplemental lighting for plants, Jinshengda's practice of new agricultural productivity is still advancing: responding to climate uncertainty with facility agriculture, and exploring more possibilities for climate-resilient agricultural development on land with insufficient sunlight and scarce water resources.
