Explore our engineering-grade fixtures designed to achieve high PPFD levels, precise spectral distribution, and superior energy savings in industrial greenhouses.
Controlled Environment Agriculture (CEA) faces double challenges: rising global operational costs and unpredictable climate events. Traditional High-Pressure Sodium (HPS) systems, which were long the standard in greenhouse installations, are no longer economically viable due to high electricity consumption and short lifespans. As a leading Greenhouse Top Lighting factory, Jiangxi Enova Lighting Co., Ltd. specializes in creating targeted, sustainable solutions designed to optimize the Daily Light Integral (DLI) for crops globally.
By leveraging advanced photobiology, we customize light spectrums for specific plant growth stages. Our systems deliver high PPFD (Photosynthetic Photon Flux Density) directly to the canopy without generating excessive radiant heat. This thermal control allows growers to place light fixtures closer to the crop canopy, enhancing vertical space efficiency and crop yields. Our technology helps agricultural enterprises transition smoothly to energy-saving LED solutions, cutting energy use by up to 50% compared to legacy lighting set-ups.
Our fixtures supply stable light output, ensuring plants receive target DLI levels regardless of external sunlight changes, leading to more predictable harvest cycles.
With system efficacies reaching up to 2.8 μmol/J, our fixtures deliver high PAR output per watt, significantly lowering overall operational energy costs.
We configure spectral variations incorporating deep red (660nm), far red (730nm), and broad-spectrum white to guide vegetative growth and flower development.
Providing agricultural lighting solutions to growers in Europe, North America, and across the globe.
As commercial greenhouses scale up worldwide, demand has shifted toward durable, industrial-grade lighting solutions. In North America, growers are using high-intensity top-lighting solutions to offset short winter light hours. In Europe, especially in agricultural hubs like the Netherlands, facilities are moving toward hybrid lighting systems that pair older HPS lamps with high-efficiency LED modules to manage high energy costs.
Jiangxi Enova Lighting Co., Ltd. serves this international demand with scalable manufacturing capacity. Operating out of our advanced production facility, we maintain strong quality controls and high production volumes, ensuring we can deliver on large-scale project timelines without quality compromises.
Greenhouse facilities need lighting hardware that can withstand challenging environmental conditions, including high humidity levels and temperature swings, while maintaining stable light outputs over years of continuous operation.
Our commitment to R&D drives real product innovation, backed by utility patents and certified safety standards.
An LED fixture is only as durable as its driver. Unlike manufacturers that source generic external power supplies, Jiangxi Enova designs and builds in-house LED drivers. This vertical integration allows us to optimize electrical efficiency, minimize total harmonic distortion (THD), and maintain stable performance even during grid voltage changes. Our drivers feature built-in overvoltage, overcurrent, and thermal protections, assuring safe and continuous operation under commercial conditions.
We balance automation with precision craftsmanship through a hybrid assembly structure: 70% automated machinery and 30% skilled manual assembly. High-speed SMT lines handle PCB population and LED chip placement to ensure component-level accuracy. Final assembly, wiring, and multi-stage QC testing are performed manually by specialized technicians, ensuring every unit leaving our factory meets our operational and quality standards.
We work directly with agricultural researchers to develop specialized spectral recipes. High blue light ratios are integrated for early-stage vegetative growth, while deep red (660nm) and far-red (730nm) ratios are used to encourage flowering, fruiting, and biomass accumulation. Our custom spectrum solutions give commercial growers a way to steer crops toward specific morphological outcomes based on their business goals.
Greenhouse environments present challenges like high relative humidity, misting systems, and dust. Our fixtures are designed with passive heat sinks made from high-thermal-conductivity aluminum, which draws heat away from the LEDs without the need for failure-prone cooling fans. With IP54 and IP65 ratings, our systems are built to resist moisture and dust, ensuring long-term reliability in wet conditions.
Founded in 2005, Jiangxi Enova Lighting Co., Ltd. has grown from an LED components manufacturer into an integrated lighting enterprise spanning research and development, manufacturing, and international marketing. We specialize in producing cutting-edge solutions for commercial and industrial facilities.
Our product lineup is divided into four divisions, allowing us to maintain a strong presence across different sectors of the lighting market:
Recognized as a National Hi-Tech Enterprise since 2012, we reinvest 15% of our annual revenue into new product development, launching 6 to 8 new products each year. Our focus on innovation is backed by multiple Design and Utility Model Patents, keeping our product portfolio competitive and current.
Tailored lighting systems configured to meet the specific requirements of different crops and growing styles.
For high-density vine crops like greenhouse tomatoes and cucumbers, our top-lighting systems provide the penetration needed to reach lower canopy levels. Pairing top lighting with our Under-Canopy bar fixtures improves fruit set consistency, speeds up harvest cycles, and maximizes square-meter yield.
Vertical cultivation of leafy greens and microgreens requires compact lighting systems with low heat output. Our slim LED grow light bars and full-spectrum strips fit into tight shelf setups, keeping temperatures low near the plants to prevent leaf burn and promote uniform growth.
Medicinal plant cultivation demands precise control over terpene and cannabinoid development. Our dimmable Hortione Quantum Boards, featuring high-PPFD full-spectrum outputs, allow growers to adjust light levels across propagation, vegetative, and flowering phases, helping optimize secondary metabolite expression.
Reliability is critical for commercial farming. Lighting failures can disrupt growth cycles and directly impact crop revenue. At Jiangxi Enova Lighting, our manufacturing processes follow strict ISO 9001 Quality Management Systems to ensure product stability.
Our quality control starts with raw material inspection. We perform thermal analysis on every LED batch and test driver components under load conditions. Assembled fixtures undergo burn-in testing, high-temperature environmental simulation, and vibration testing to ensure they can withstand typical greenhouse conditions. Most of our product lines are certified to CE, RoHS, SAA, and ETL standards, ensuring safety and compliance across global markets.
Developing next-generation smart systems that connect horticultural science with industrial automation.
We are developing next-generation top-lighting systems that integrate real-time sensors to adjust spectrum and intensity based on natural sunlight levels. These smart systems optimize power consumption during peak sunlight hours while maintaining a consistent DLI for crops.
Through research into new semiconductor substrates and refined packaging techniques for SMD/COB LEDs, our engineering target is to achieve a standard fixture efficacy of 3.2 μmol/J. This will help growers reduce overall power requirements while maintaining target PPFD levels.
We are designing wireless Bluetooth Mesh controls directly into our LED drivers. This will allow greenhouse managers to group, program, and dim thousands of fixtures simultaneously from a centralized management system, simplifying large-scale light scheduling.
Frequently asked questions about greenhouse top lighting systems, performance metrics, and product selection.
Explore our full range of specialty hydroponic lighting and high-efficiency power supplies for indoor farms and commercial agricultural projects.