Kitayama Brother, Inc.
21
After partnering with Kitayama Brothers, Inc. (KB Farms) on a 5,000 sq. ft. plant research trial, Soliculture installed a 10kW LUMO energy system in 2015. This LUMO system offsets a portion of KB Farm’s energy use, resulting in a competitive return on investment for the company.
University of California, Santa Cruz
10
The LUMO greenhouse installation at University of California, Santa Cruz demonstrates the in-field reliability of the panels for >4 years. These electricity producing panels are monitored and continue to produce without degradation. The research team has involved plant physiologists, pathologists and microbiologists from UC Santa Cruz, Cabrillo College, and NASA Amees, collaborating to conduct plant research experiments.
Edmonton, Alberta
6
Through Climate Change Emissions Management Corporation (CCEMC) funding, Soliculture partnered with Alberta Innovates Technology Futures to conduct crop trials outside of Edmonton, Alberta over several years. These experiments, including cucumber and lettuce varieties, demonstrated plant response to LUMO in lower light conditions. This facility has a scientific research staff with agricultural expertise that monitors and analyzes the crops. On their team is a plant pathology expert who studies the greater disease resistance that has been observed in plants grown beneath the LUMO spectrum. This research is managed by Dr. Jan Slaski.
University of California, Davis
11
UC Davis is a world renowned university for agricultural research and crop science. In 2015, Soliculture partnered with Prof. Younis Bassam to install a LUMO research greenhouse at the Davis campus. For this installation, Soliculture developed two potential next-generation LUMO panels, to test their viability and efficacy.
Southern California
11
In Southern California, a LUMO greenhouse installation was constructed in 2013. This cucumber trial contained over 800 plants beneath the red panels in a commercial 5-acre greenhouse in full production. The trial extended through three growing cycles over the course of a year. The results showed that the red panels extend the cycle time and imbue the plants with greater disease resistance.
Greater Monterey Bay Area
8
LUMO material was placed over a 5,000 ft2 area in a trial located in the Greater Monterey Bay area. A professional grower cared for the plants and meticulously gathered detailed data about plant growth and yield of vegetables, cut flowers, and ornamentals. Growers from local commercial greenhouses, who donated plants, were involved throughout the trial, lending their professional opinion of the plant health and outcome. The overwhelming response from growers was one of approval and surprise that the panels could indeed remove a portion of the solar spectrum without negative impact to the plant yield.
Grid-Tied System
Grid-tied LUMO solar systems generate electricity for your business and route excess power to the electric utility grid for compensation from the utility company. By customizing the LUMO solar system to your annual energy usage, you can zero-out your electricity cost when net metering is available.
Off-Grid System
Soliculture’s off-grid LUMO greenhouse combines solar energy with powerful battery technology, allowing you to store solar generated electricity for energy needs throughout the day and night. This modular system includes LUMO solar, advanced battery technology, and high-efficiency supplemental lighting. For each application, these off-grid systems are customized to ensure compatibility with your project’s lighting and climate control requirements.
For maximum energy production, our Standard Density (SD) solar panels can supplement LUMO when installed over work and storage areas, such as the battery housing unit.