野菜育成用スマートキャビン補光灯と太陽光補光灯

I. Product Overview

The Henvic supplementary lighting range for vegetable smart growing cabins comprises two series sharing the same light-bar specifications, spectrum and control logic, so they can be freely matched to the cabin configuration and the available power supply:

HVC-CL Series LED Grow Lights: Purpose-designed for Henvic vegetable smart growing cabins. Full-spectrum LED chips (deep red 660nm, blue 450nm, white 5000K) combined with an integrated aerospace-grade aluminium heat-sink profile and IP65 protection. Supports controller/App smart dimming and photoperiod programming. Suitable for cabins with mains power or a backup supply.

HVC-GC Series Solar Grow Lights: Composed of mono-crystalline solar panels, a LiFePO4 battery pack, an MPPT intelligent charge/discharge controller and full-spectrum LED light bars. The panels are mounted on the cabin roof, charging by day and powering the lamps at night and during overcast or rainy weather. The system runs fully off-grid with 3–5 days of autonomy in cloudy and rainy conditions, and can also be connected to AC 100-277V backup mains power, making it ideal for outdoor sites or locations with unreliable electricity.

Both series feature waterproof quick-connect plugs and quick-mount brackets for true plug-and-play installation, and can be linked to the cabin's temperature, humidity and CO₂ environmental control system for coordinated light–temperature–humidity–CO₂ management.

II. Product Gallery

(I) HVC-CL Series LED Grow Lights

III. HVC-CL Series Key Features

• Full-spectrum recipe: deep red 660nm + blue 450nm + white 5000K (R:B:W = 4:1:5), customizable to suit specific crops;
• High efficacy and energy saving: PPE up to 2.2–2.6 μmol/J, effectively reducing operating energy consumption;
• Smart dimming: three control options — controller / Bluetooth App / 0-10V, with one-touch switching between seedling, vegetative and flowering modes;
• Uniform illumination: secondary optical lens design delivers light uniformity ≥ 90%, reducing canopy shadowing;
• Efficient heat dissipation: one-piece aerospace-grade aluminium profile heat-sink structure with a service life ≥ 50,000 hours;
• IP65 protection: dust-tight and water-resistant, suited to the high-humidity and spraying environment inside the cabin;
• Quick-mount accessories: waterproof quick-connect plugs plus quick-mount brackets allow a single person to complete installation and maintenance;
• System integration: can be linked with the cabin environmental control system for coordinated light–temperature–humidity–CO₂ management.

IV. HVC-CL Series Technical Parameters

Parameter	HVC-CL-1200	HVC-CL-2400
LED Rated Power	120 W	240 W
Input Voltage	AC 100-277V / 50-60Hz	Same as left column
PPF (Photosynthetic Photon Flux)	260 μmol/s	520 μmol/s
PPE (Photosynthetic Photon Efficacy)	2.2–2.6 μmol/J	Same as left column
Spectrum Configuration	Deep red 660nm + blue 450nm + white 5000K (R:B:W = 4:1:5, customizable)	Same as left column, customizable
Light Intensity (at 1 m)	350–750 μmol/m²/s, continuously adjustable	Same as left column
Dimming Method	Controller / Bluetooth App / 0-10V	Same as left column
White Light CCT	3000K–5000K optional	Same as left column
Ingress Protection	IP65	IP65
Housing Material	Aerospace-grade aluminium profile + PC optical lens	Same as left column
Dimensions (per bar)	1200 × 65 × 45 mm	2400 × 65 × 45 mm
Net Weight (per bar)	2.6 kg	5.0 kg
Operating Ambient Temperature	-20℃ – +45℃	Same as left column
Service Life	≥ 50,000 hours	Same as left column
Mounting Method	Suspended / quick-mount bracket	Same as left column
Certification	CE / RoHS / FCC	Same as left column

V. HVC-GC Series Key Features

• Independent off-grid power supply: mono-crystalline solar panel plus LiFePO4 battery, operating independently with no mains connection required;
• Cloudy and rainy weather assurance: 3–5 days of continuous operation on a full charge, keeping supplementary lighting uninterrupted in harsh weather;
• MPPT intelligent charging: maximum power point tracking technology delivers high charging efficiency and effectively extends battery life;
• Full-spectrum recipe: deep red 660nm + blue 450nm + white 5000K (R:B:W = 4:1:5), customizable to suit specific crops;
• Smart dimming and photoperiod: one-touch switching between seedling, vegetative and flowering modes on the controller / Bluetooth App, with programmable lighting periods;
• Backup mains input: supports AC 100-277V backup power, covering both off-grid and grid-connected operation;
• Quick-mount accessory design: waterproof quick-connect plugs plus quick-mount brackets for convenient installation and maintenance;
• System integration: can be linked with the cabin environmental control system for coordinated light–temperature–humidity–CO₂ management.

VI. HVC-GC Series Technical Parameters

Parameter	HVC-GC-1200	HVC-GC-2400
Solar Panel Power	200 W (mono-crystalline)	400 W (mono-crystalline)
Solar Panel Dimensions	1480 × 670 × 35 mm	2 × 1480 × 670 × 35 mm
Battery Type	LiFePO4 24V 20Ah	LiFePO4 24V 40Ah
Cloudy / Rainy Weather Autonomy	3–5 days of continuous operation on a full charge	3–5 days of continuous operation on a full charge
Full Charging Time	4–6 hours (standard sunlight)	Same as left column
LED Rated Power	120 W	240 W
Backup Mains Input	AC 100-277V / 50-60Hz	Same as left column
PPF (Photosynthetic Photon Flux)	260 μmol/s	520 μmol/s
PPE (Photosynthetic Photon Efficacy)	2.2–2.6 μmol/J	Same as left column
Spectrum Configuration	Deep red 660nm + blue 450nm + white 5000K (R:B:W = 4:1:5, customizable)	Same as left column, customizable
Dimming Method	Controller / Bluetooth App / 0-10V	Same as left column
Ingress Protection	IP65 (light bar) / IP54 (controller)	Same as left column
Operating Ambient Temperature	-20℃ – +45℃	Same as left column
Service Life	≥ 50,000 hours	Same as left column
Mounting Method	Cabin roof bracket + interior suspension	Same as left column
Certification	CE / RoHS / FCC	Same as left column

Note: The parameters above refer to the standard configuration. OEM/ODM customization is available according to the actual crop, cabin dimensions and local sunlight conditions (bar length, power, battery capacity and spectrum ratio are all adjustable).

VII. Applicable Crops

• Leafy vegetables: lettuce, spinach, bok choy, leaf lettuce, celery, kale, etc.;
• Fruit vegetables: tomato, cucumber, pepper, eggplant and strawberry (supplementary lighting during the seedling, flowering and fruit-set, and fruit colouring stages);
• Herbs: mint, basil, rosemary, coriander, etc.;
• Mushrooms: enoki mushroom, king oyster mushroom and others, for low-light induction and fruiting-stage supplementary lighting;
• Others: sprouts and microgreens, medicinal plant seedlings, etc.

VIII. Environmental Requirements and Recommendations

• Solar panel orientation (HVC-GC): the panel face should point due south with a tilt angle of 25°–35° (fine-tuned to the local latitude) to ensure 4–6 hours of effective sunlight per day;
• Temperature: 18–28℃ (leafy vegetables prefer 20–25℃; fruit vegetables prefer 22–28℃ during flowering and fruit set);
• Relative humidity: 60%–80% RH;
• Photoperiod: leafy vegetables 12–16 h/day, 14–18 h/day during the seedling stage; for fruit vegetables in the colouring stage, the red spectrum share can be increased and the photoperiod extended;
• Recommended mounting height: 300–500 mm from the lower edge of the luminaire to the crop canopy, with 350–450 mm giving the best results for leafy vegetables;
• Light intensity: leafy vegetables 200–300 μmol/m²/s, fruit vegetables 300–500 μmol/m²/s;
• CO₂ concentration: 800–1200 ppm significantly improves light-use efficiency;
• The battery compartment (HVC-GC) should be placed in a ventilated, well-cooled position inside the cabin and used within an ambient temperature range of -20℃–+45℃.

IX. Installation and Operating Instructions

(I) HVC-CL Series LED Grow Lights

1. Unpacking and inspection: check the light bars, driver power supply, quick-mount brackets, cables and other accessories;
2. Bracket installation: fix the quick-mount bracket to the beam above the cultivation rack and slide the light bar into the channel, then lock it in place;
3. Power connection: connect the driver power supply to the AC 100-277V supply and connect the light bars via the quick-connect plugs, ensuring reliable grounding;
4. Light recipe setting: select the crop mode on the controller / App and set the photoperiod;
5. Operation and maintenance: fine-tune brightness and duration according to crop growth, and clean dust from the luminaire surface regularly.

(II) HVC-GC Series Solar Grow Lights

1. Unpacking and inspection: check the solar panel, LED light bars, controller, battery pack, quick-mount brackets, cables and other accessories;
2. Solar panel installation: fix the roof bracket to the top of the growing cabin with the panel facing due south at a tilt angle of 25°–35°;
3. Battery and controller connection: place the battery pack in a ventilated position inside the cabin and connect it to the controller battery terminals according to polarity;
4. Light bar bracket installation: fix the quick-mount bracket to the beam above the cultivation rack and slide the light bar into the channel, then lock it in place;
5. Load connection: connect the light bars to the controller load output terminals via the waterproof quick-connect plugs;
6. Light recipe setting: select the crop mode on the controller / App and set the photoperiod;
7. Operation and maintenance: clean dust from the solar panel surface regularly and check the wiring, quick-connect plugs and battery status.