Ultra-Low Energy LED Lit-Crop Solutions
LOWEST ENERGY LED LIT-CROP SOLUTION AVAILABLE:
Extreme Low Energy are simplifying the horticulture market with their ultra-low energy LED lit-crop Solutions. The big problem with lit-crops and vertical farming is how to remove the heat generated by the LED lights and the energy costs of running the LED lights and cooling units to remove the heat.
By Removing the AC/DC drivers and running the LED Lights directly on the ELe 48V DC strings improves the energy efficiency and doesn’t generate the same heat levels as alternate solutions, reducing energy costs and carbon emissions.
ELe’s amazing ultra-low energy technology LED lighting solutions for indoor vertical farming systems, enables a variety of markets to grow safe, healthy and nutritious plants and food indoors using vertical structures all year round.
Benefits to You…
STABLE, RELIABLE, AUTOMATED GROWING ENVIRONMENT:
✓ Sustainable Growing
✓ Ultra-Low Energy Technology
✓ Maximise Space
✓ Improve Crop Growth
✓ Increase Yield
✓ Reduce Carbon Emissions
✓ Increase Food Security
✓ Minimise Water Usage
✓ Reduce Transport Costs
✓ Low Labour Costs
Vertical Farming Technology
ENERGY-EFFICIENT INDOOR VERTICAL FARMING SYSTEMS:
Extreme Low Energy are leading the market with their energy-efficient LED lighting systems effective under any given climate conditions, providing customers with the best technology available in the marketplace.
Using a soil free hydroponic system plant growth is optimised through the use of an ultra-low energy DC 48 volt LED lighting system which can be fine tuned depending on crop stage while a state-of-the art climate control system makes it possible to change temperature, humidity and air flow.
Vertical hydroponic farming systems helps to maximise space for better performance, reducing production costs and carbon emissions. Improving crop growth, increasing both yield and food security.
LED Test Grow Laboratories
IMPROVES CROP GROWTH, REDUCES CARBON EMISSIONS
By using a soil free hydroponic system plant growth is optimised with an ultra-low energy DC 48 Volt LED lighting system which can be fine-tuned depending on crop stage while a state-of-the art climate control system makes it possible to change temperature, humidity, and air flow.
This clever innovative vertical farming technology improves crop growth, increases yield, reduces carbon emissions, and increases food security. The system manages power output and environmental parameters creating a stable and reliable growing environment all year round.
From LED Test Grow Laboratories using the lowest energy LED lit-crop solution available in the marketplace to ultra-low energy urban farms which are fully monitored and controlled, energy demand is reduced in the lit-crop units by approximately 45-50 percent.
INCREASES FOOD SECURITY, REDUCES RUNNING COSTS
Clever vertical farming technology can be used in a variety of applications including: urban farms, shipping containers, warehouses and growth chambers.
Can control the mix and intensity of blue, red, and far-red LED lights independently of each other which improves growing cycles and crop yields, a perfect system for multi-tiered indoor farms wanting to use the best cutting-edge technology available.
This clever low energy horticulture LED lighting system not only reduces running costs but also the cost of energy generation as these installations can be electricity demand limited and tend to install and run their own power plant.
Lit-crop vertical farming solutions are energy-efficient with controllable low voltage LED lights (Red/Blue/Far Red) enabling faster, more efficient growing cycles improving crop yields, with less heat and with the combined ability to incorporate solar power and battery technology.
Remote Access to Your Crops
FULLY AUTOMATED, MONITORED AND CONTROLLED SYSTEM:
The fully automated environmentally controlled system is managed via ELe’s innovative Energy Monitor App, which provides energy and environmental data 24 hours a day, 7 days a week to help optimise the performance of the system, delivering a fully automated growing environment.
The energy-efficient system allows users to adjust light recipes based on the individual requirements of each plant, as well as the environmental conditions.
This results in a bespoke growing environment, which maximises the output and quality of the crop, an amazing growing solution for modern agriculture.