Lighting Leader Teams Up with University of Arizona to Explore Farming on Mars and the Moon
Somerset, N.J., USA – Lighting leader Philips Lighting Solutions,
a Royal Philips company, is collaborating with the Controll Environment Agriculture Center (CEAC) at the University of Arizona
to explore energy-efficient ways to singapore email list 1.6 million contact leads grow plants
Philips Ls Will that could fe astronauts on the Moon and Mars. A nine-week study in a prototype lunar greenhouse show that replacing
the plant’s water-cool sodium (HPS) lighting with Philips L lighting increas the yield of high-quality lettuce,
improv operational efficiency, optimiz resource use and ruc energy costs by 56%. The yield of crops grown under Philips L lighting reach 54 g/kWh, compar to 24 g/kWh under HPS lighting.
“Moon greenhouses equipp with
Philips L modules provide the light ne to grow the same amount of crops as dicat water-cool sodium lighting systems, while how to choose the right ai writer tool? providing significant energy savings,” said Gene Giacomelli, PhD, director of CEAC. “The results of this study show that L solutions can be us not only to grow food in space, but also to improve agricultural conditions on our planet, such as in areas with water shortages or problematic soils.”
A special light scenario programm
On the Philips GreenPower solution was creat taking into account the requir light spectrum, its intensity, uniformity and the position of the lamps calling list relative to the tent with selings. This makes it possible to influence the size of the plant, the brightness of its color and branching.
The use of L modules helps ruce
The heat load compar to sodium vapor lamps, allowing them to be plac closer to the crops and distribute the light more evenly within the greenhouse. This ensures that all plants receive the same amount and quality of light, helping to more accurately prict the volume of the harvest. Moreover, the Philips L solution is self-cooling, eliminating the ne for additional investment in a cooling system and water distribution.
