Power. Anywhere. Anytime.

Here are just a few. 

1. A small farm; 50 acres, located in Canada. Objective: Reduce future energy cost by 50% or more and obtain government funding to offset the initial costs. How: Installed a small grid tied solar generator, obtained a net metering agreement with their utility, and replaced an inefficient fuel oil heating system and 2 ton A/C with a high efficiency cold climate heat pump. 
2. A rural residential property, 5 acres, location in the USA. Objective: Reduce future electricity costs by 50% or more, and provide a shelter for an existing home business. How: Designed and constructed a solar carport, obtained a net-metering agreement from their utility, and obtained a 30% investment tax credit to offset the costs (see image on right).
3. An Educational Sustainability Center, located on 20 acres in the USA. Objective. Construct a wide range of solar and energy storage systems to showcase renewable energy applications and offset all utility provided electricity. How: Designed an installed a solar pavilion, solar carport, solar fence, mobile PowerStation, and fossil fuel generator for essential loads back-up.
4. A residential property owner in the USA. Objective: Design and install a solar generator, and battery back-up system for a hurricane shelter in Florida. How: The system includes an advanced hybrid inverter, a DC solar array, an AC solar array, a fossil fuel generator, and an LFP energy storage system which offsets utility provided electricity and provides a perpetual energy source for their hurricane shelter regardless of the weather condition or the state of the electricity grid.
5. A real estate agent in the USA. Objective: Reduce the cost of ownership for their company vehicle driven in excess of 15,000 miles per year. How: Installed a small tier one net metering solar generator, and the customer traded in an existing 3 series BMW for a Tesla model 3 that uses the solar generator to provide the fuel needed for operation. The five year operating cost was reduced from $66K to $42K and the customer replaced the majority of their utility purchased electricity for additional savings.
6. A large farm in Canada. Objective: Maintain peak demand below 50 kW to avoid a significant increase in utility electricity costs for a customer where net metering is not allowed by the utility. How: Designed and installed a ground mount solar system that keeps peak demand below the threshold that would trigger a demand rate structure and increased costs. We're currently adding capacity to this system in anticipation of increased customer loads with high efficiency bi-facial solar modules.