GEI-LEMATM POWER
EASY TO USE
GEI-LEMA™ Power is a digitally controlled solar generator that produces up to 12-15kWhr per day of 230V AC power with a programmable 8kWhr lithium battery and deep-well water kit pumping 34,000 litres of flowing water and 750 litres of thermal pasteurized portable drinking water daily.
GEI-LEMA™ Power is designed for maximum performance and ease of installation. High-efficiency panels and dual-axis tracking enable power generation from dawn till dusk with excess power going to storage.
An innovative off-grid solar power and deep-well water solution for rural electrification and flowing water installations in public facilities such as health centres, schools, community centres and district administration offices. Ideal for entrepreneurs or cooperatives with productive uses for:
- Layer poultry farming
- Fish farming
- Welding
- Farming irrigation
- Drilling
- Carpentry and joinery
CONTROL WITH YOUR SMARTPHONE
Monitor, automate and manage your system through the LEMA™ mobile app.
Discharge up to 2KW for high power applications or adjust the settings to provide continuously long-term power. Real-time monitoring and programmable outlets allow for easy control over power usage.
The ability to track the sun through the day allows for a smaller footprint and optimizes power generation for load balancing, storage and consumption.
GEI-LEMATM WATER
PASTEURIZATION. AUTOMATION. ENTREPRENEURSHIP
HOW IT WORKS
GE-LEMA™ Water produces steaming hot water through a specially designed, low-cost parabolic mirror focuses the sun’s light onto a fluid pipe. The device holds the mirror’s focus throughout the day via high accuracy, low-cost, dual access solar tracking system.
Water flows through the pipe and is subjected to controlled levels of heat. Our patent-pending algorithm tracks the flowing of water through the system and ensures the water is sufficiently heated to guarantee a 4 log pathogen reduction (based on a known pathogen baseline). This reduction of pathogens exceeds the World Health Organization’s portable water requirements.
Approximately 2.1KW of solar thermal energy will heat the focusing pipeline “cooking” up to 750 liters of water per day.
Today many technology companies are making progress in the solar electric space. Many developing areas of the world will benefit from these micro-grid advancements in the years to come.
Our research shows the water and solar-thermal energy industry has been very under-served while everyone focuses on micro-grid electricity. This is why we put so much focus on this solar-thermal energy system.
The first real world impacting application for this technology is in producing portable water, but this is just the beginning. There are a lot markets in the USA and worldwide which can leverage our highly efficient and cost-effective system. Contact us to discuss your next building design or industrial project.
GEI-LEMATM THERMAL
SIMPLE. EFFECTIVE. INNOVATIVE.
EASY TO USE
GEI-LEMA™ Thermal is a USA-made, solar-thermal concentrator ready a diversity of applications.
GEI-LEMA™ Thermal is a digitally controlled, high-performance solar thermal heating system. The device is designed to offset thermal loads in industrial processes, fluid heating applications and domestic water heating. The technology is ideal for locations where natural gas is not available or where electricity is used to heat fluids.
The digital controls system allows our patented heliostat to deliver 3.7kW of thermal energy (~12,200 BTU/hr). The device can be automated to output fluids at programmable temperatures up to 150C. The design supports integrating one or many heliostats into building automation systems.
CONTROL WITH YOUR SMARTPHONE
Seamlessly monitor, automate and manage your system through the LEMA™ Mobile app.
Discharge up to 3.7KW for high power applications or adjust the settings to provide continuous long-term power. Real-time monitoring and programmable outlets allow for easy control over power usage
The digital controls system allows our patented heliostat to deliver 3.7kW of thermal energy (~12,200 BTU/hr). The device can be automated to output fluids at programmable temperatures up to 150C. The design supports integrating one or many heliostats into building automation systems.
