IRIS Solar System 1
For dedicated high tech greenhouse production to overtake the field industry there must be a technological breakthrough that brings production costs (per pound) closer to field levels. We feel very strongly that the IRIS Solar Systems meet, if not exceed, this requirement.
| Average number of plants per acre under current production methods: * | Average number of plants per acre using IRIS Solar System 1 production methods: | ||||
| Tomatoes: | 10,000 | 20,000 | |||
| Cucumbers: | 6,000 | 12,000 | |||
| Peppers: | 14,000 | 28,000 | |||
IRIS Solar Omega System
| Average number of plants per acre under current production methods: | Average number of plants per acre using IRIS Solar Omega System production methods: | ||||
| Tomatoes: | 10,000 | 100,000 | |||
| Cucumbers: | 6,000 | 60,000 | |||
| Peppers: | 14,000 | 140,000 | |||
| Average amount of vegetables produced per square meter: | Average amount of IRIS Solar Omega System grown vegetables produced per square meter: | ||||
| Tomatoes: | 143 pounds | 1430 pounds | |||
| Cucumbers: | 113 pounds | 1130 pounds | |||
| Peppers: | 55 pounds | 550 pounds | |||
IRIS Solar COrona2
| Average amount of IRIS Solar COrona2® vegetables produced per square meter: | |||||
| Tomatoes: | 2860 pounds | ||||
| Cucumbers: | 2230 pounds | ||||
| Peppers: | 1100 pounds | ||||
| * Source: British Columbia Greenhouse Association | |||||
IRIS Solar BioInformatics and computational Biology maintain the COrona2® systems at peak performance. COrona2® systems are designed to share information with other COrona2® systems worldwide. We feel this unique ability of the COrona2® System's advances in BioInformatics will make IRIS Solar Systems a world leader in greenhouse production informatics. All of the the knowledge gained will be placed in the public domain.
Higher Yeilds = Higher Farm Gate Profits