Anhui Jinshengda Co., Ltd. was selected as a national-level key "Little Giant" enterprise specializing in specialized, refined, and innovative technologies.

Anhui Jinshengda Bioelectronics Technology Co., Ltd. (hereinafter referred to as "Anhui Jinshengda") has been selected into the list of national-level key "Little Giant" enterprises specializing in specialized, refined, and innovative technologies. As a previously recognized national-level "Little Giant" enterprise, this selection as a key "Little Giant" signifies that Anhui Jinshengda's technological innovation capabilities, market competitiveness, and industrialization promotion capabilities have once again received national recognition.
What is a National Key Small Giant?

The National-Level Specialized, Refined, and Innovative Key "Little Giant" Enterprises are the highest-level honor in my country's tiered cultivation system for small and medium-sized enterprises (SMEs), with stringent selection criteria and high prestige. They are high-quality benchmark enterprises that focus on key links in the industrial chain, cultivate niche markets with expertise, possess core independent technologies, and are able to address weaknesses, strengthen shortcomings, and solidify the supply chain. These enterprises are the core drivers of high-quality development in the manufacturing industry and the cultivation of new productive forces. Selected enterprises must master core technologies in core areas of the industrial base and key links of the industrial chain, hold a leading market share in their niche markets, and possess significant industry-leading effects.
Integrated technology layout

The selection of Anhui Jinshengda Co., Ltd. indicates that the control methods of light and energy in facility agriculture are being included in the national key industrial chain supporting capabilities.
In facility agriculture, lighting and electricity are two of the largest operating costs. However, light sources, power supplies, energy storage systems, and control systems have traditionally belonged to different parts of the supply chain—lighting fixtures to lighting manufacturers, power supplies to power supply manufacturers, and control systems to automation companies, each solving its own single-point problems. As a result, while the efficiency of individual devices can be very high, the overall system efficiency of the entire chain is difficult to improve further.
The integrated approach places four key components within a single framework for coordinated scheduling: the matching of light source and drive determines the electricity-to-light conversion efficiency; energy storage determines the scheduling space for electricity in terms of time and price; and the control system issues instructions based on crop needs and environmental data. The coupling of photovoltaics and energy storage also enables supplemental lighting systems to operate independently in areas with insufficient grid coverage. The value of this approach lies precisely in the area of focus for key "small giant" agricultural enterprises—it is not an iteration of a single product category, but rather an innovation in energy and light control methods for facility agriculture.
Light is the base layer. Plant supplemental lighting The industry suffers from "crowded downstream and lacking upstream"—most companies focus on the low-barrier-to-entry assembly and sales of lighting fixtures, while upstream segments such as high-end epitaxial wafer growth and chip design and manufacturing are weak points, leaving core light-emitting devices reliant on others. Anhui Jinshengda Co., Ltd. has placed its foothold upstream, independently packaging high-efficiency lamp beads and designing spectra according to the light formula requirements of crops and their growth stages.
Electricity is the efficiency layer. The drive system directly determines the conversion efficiency of electrical energy into light energy. Agricultural environments are characterized by high humidity and corrosion; directly introducing industrial-grade products into these environments often leads to significant safety hazards, short lifespans, and high maintenance costs. The company has developed its own intelligent drive solutions for agricultural scenarios, improving conversion efficiency while reducing unit energy consumption and operational burden.
Storage is at the scenario level. Currently, there is a shortage of comprehensive energy storage and power supply solutions specifically designed for agricultural environments. The coupling of photovoltaics and energy storage is Anhui Jinshengda's response to this gap—in areas with insufficient grid coverage, supplemental lighting systems can operate independently.
Control is the central layer. Domestic data platform research mostly focuses on single modules such as environmental monitoring or water and fertilizer control; systems with a complete closed-loop capability of "sensing-prediction-decision-execution" are still few and far between. In complex facilities like multi-layer rotating planting towers, breakthroughs are still needed in cross-crop phenotypic acquisition, short-term yield prediction, and intelligent decision optimization. Anhui Jinshengda Co., Ltd. collects data on light, temperature, humidity, moisture, and nutrient solution through a wireless control network and front-end sensors, and dynamically generates light formulas and control strategies using AI algorithms; the central layer is a self-developed... Gusheng Big Data Platform A knowledge base covering crops such as tomatoes, rice, strawberries, and flowers has been built.
While none of the four components are particularly special on their own, the key lies in "integration": the LED chips, drive, energy storage, and control system are defined by the same technical system, enabling collaborative scheduling on a single platform, rather than each device operating independently. This forms the technical foundation for an integrated "hardware + software + service" delivery solution.
Industrialization Promotion Path
In terms of technological accumulation, Anhui Jinshengda Co., Ltd. has accumulated more than 500 intellectual property rights, including 250 domestic authorized patents (including 57 invention patents), 14 overseas authorized patents, 61 software copyrights, and 5 Anhui Provincial Science and Technology Achievement Registration Certificates. It has also participated in the formulation of two group standards: "Technical Specifications for Planting Process Spectrum" and "Information Collection Specifications for Green Production of Intelligent Greenhouse Vegetables".
On the product side, Anhui Jinshengda Co., Ltd. has formed a research and development and production system from core components and functional units to complete intelligent equipment, delivering integrated system solutions to customers, rather than single lamps.
On the application side, plant-based supplemental lighting is the core application scenario for this solution, covering greenhouses, plant factories, and vertical agriculture. According to... Frost & Sullivan According to data, the company ranked second globally in the 2025 global plant-based supplemental lighting market; its products and services cover more than 50 countries and regions, and it has obtained UL, CE, FCC, EAC, and other certifications. DLC The company holds over 100 international certifications. In June 2026, it was selected for the "2026 Top 100 Chinese Lighting Export Enterprises in Sub-sectors" list and was named one of the "Top Ten Plant Lighting Exporters".
On the industry-academia-research side, in May 2026, the company jointly established the "Joint Laboratory for Light Environment Regulation Technology of Facility Plants" with the Institute of Agricultural Environment and Sustainable Development of the Chinese Academy of Agricultural Sciences. The cooperation focuses on LED plant photobiology research, development of proprietary crop light formulas, and pilot-scale transformation of scientific research results. The Institute of Agricultural Environment and Sustainable Development of the Chinese Academy of Agricultural Sciences is one of the earliest national-level research institutions in China to carry out research and development of LED plant lighting technology.
Beyond honor, it is also a mission.

For companies, reaching this level means putting their technological breakthroughs and industrialization plans for the next three years into an assessable framework. In other words, it's not just an honor, but a three-year task: to solidify the technology, expand the application scenarios, accumulate a wealth of data, and, relying on the joint laboratory built with the Institute of Environmental Development and Environmental Science of the Chinese Academy of Agricultural Sciences, transform more light formulas from experimental data into field-ready solutions.
There are no shortcuts to controlling the light environment in facility agriculture; it requires long-term, patient investment. Perhaps the most valuable aspect of this recognition is that it clearly points out the path forward.
Regarding Anhui Jinshengda Co., Ltd.
Anhui Jinshengda Bioelectronics Technology Co., Ltd. focuses on bio-photonics technology, integrating artificial intelligence, big data, and semiconductor technology. It conducts research and development and industrialization around integrated "photovoltaics-energy storage-control" technology, concentrating on the application of modern agricultural technologies. The company's products and services cover more than 50 countries and regions worldwide. It has been successively recognized as a National High-tech Enterprise, a National Specialized, Refined, and Innovative "Little Giant" Enterprise, a National Key Specialized, Refined, and Innovative "Little Giant" Enterprise, and an Anhui Provincial Enterprise Technology Center.