Basic Info
The Heliospectra MITRA is an intelligent plant lighting system for modern greenhouses and vertical farms.Essentially a special-purpose"high mast light,"its core function is to deliver light quality(spectrum),quantity,and photoperiod suitable for plant growth.Through precisely tunable LED spectra,it can provide customized"light recipes"for different crops(e.g.,tomatoes,lettuce,herbs)at various growth stages to optimize yield,quality,and energy use.
Customer reviews
Thomas Jensen · Chain Supermarket Property Director
After installing high mast lights in our large parking lot,surveillance footage clarity improved noticeably,strengthening security for vehicles and pedestrians.The even,shadow-free lighting has received positive customer feedback for feeling safer at night.The well-designed pole height and angle effectively prevent light intrusion into surrounding residential buildings.
Michael Brown · Petrochemical Park Safety Director
The explosion-proof high mast lights for oil & gas fully comply with ATEX Zone 2 standards. Their specialized heat dissipation and flameproof joint designs eliminate ignition risk. Internal components remain dry after routine high-pressure washing, and the anti-corrosion coating is intact in the corrosive atmosphere.
Mohammed Ali · Large Logistics Center Operations Manager
The high mast lights in the logistics center parking and aisels are highly reliable.Paired with motion sensors for'light-on-approach,dim-on-departure'operation,energy savings are substantial.The high CRI lighting facilitates nighttime goods sorting and verification.The rugged construction withstands daily impacts with minimal maintenance required.
Product Description
Features
The key feature is spectrum tunability.Fixtures contain multiple independently controlled monochromatic LED chips(e.g.,deep red,far-red,blue,white)mixable via software to create countless spectral combinations.Integrated light and temperature sensors enable closed-loop control.Efficient thermal management aims to ensure spectral stability and long LED life.Can integrate with environmental computers for协同control with temperature,humidity,and CO2.

Specifications
Key metrics include Photosynthetic Photon Flux Density(PPFD),photon efficacy(μmol/J),and spectral power distribution.Mounting height and density are precisely calculated based on target PPFD and crop light saturation points.The control system supports 0-100%dimming and pre-set daily light integral curves.Typically hung from structures,adjustable to plant height.

Applications
Primarily for supplemental lighting in glasshouses and polytunnels,especially in high-latitude regions with insufficient winter sunlight.Also used in multi-layer vertical farms,plant factories,and research greenhouses.Precise lighting can shorten growth cycles,increase yield,control morphology(e.g.,prevent stretching),and influence nutritional content(e.g.,increase brix,anthocyanins).
Frequently Asked Questions (FAQ)
Q:How should the light spectrum be selected to meet different crop needs?
A:Based on crop photoreceptor absorption peaks(e.g.,chlorophyll a/b,phytochrome),configure spectra rich in specific wavelengths(e.g.,red-blue for growth,or full-spectrum mimicking sunlight).
Q:How to determine the required illuminance(intensity)and photoperiod?
A:Based on crop type,growth stage,and goals(growth promotion,flowering control),combined with natural light,use agricultural photobiological models to calculate required PPFD and daily light integral.
Q:What are the pros/cons of high mast vs.low-level supplemental lighting,and how to choose?
A:High masts cover large areas uniformly with less interference,but have higher upfront cost and lower efficiency.Low-level is targeted and efficient but hinders machinery.High masts are common for large open-field cultivation.
Q:How does the supplemental system intelligently coordinate with natural sunlight?
A:Equipped with sunlight sensors to monitor intensity in real-time.Automatically activates supplemental lights when natural light falls below a set threshold,and dims/turns them off when sufficient,enabling on-demand,efficient lighting.
Q:What are the protection and heat dissipation requirements in outdoor agricultural environments?
A:Requires IP65+rating for dust/water resistance.Thermal management must suit high temp/humidity to maintain LED efficacy/lifespan.Housing materials must resist UV degradation and chemical corrosion.
Q:How to evaluate the economic viability and yield improvement of a supplemental lighting system?
A:Conduct a cost-benefit analysis weighing investment,electricity,maintenance against expected yield increase,quality improvement,and market timing advantages.Typically requires a full growing season for data validation.