Current hybrid designs in the marine industry, being installed with Corvus batteries, will cut CO2 emissions and fuel consumption in heavy-polluting workboats by 75 percent.

Corvus' proprietary lithium-ion battery packs have four times the power and energy storage of lead-acid batteries in half the volume and a quarter of the weight. Each battery pack delivers at least 22 percent more power and energy density than the most powerful Lithium-ion phosphate batteries used in electric vehicles and consumer products.

The battery design is built around a new nickel-manganese-cobalt (NMC)-based Dow Kokam cell and patent-pending Corvus battery management system that exponentially enhances battery efficiency and performance with energy storage capacity from 6.2kWh to unlimited sizes.

"We've made the theoretical possible," said Brent Perry, Corvus' chief executive officer.

"This is the first time that truly effective portable and remote energy storage has been created for the marine, transportation and heavy-power industries. Our battery's cells are 99 percent efficient, a full 10 to 30 percent better than any other brand. It's available today and it's revolutionizing the energy sector."

Company founders George Roddan, a ground-breaking naval architect, and Neil Simmonds, who holds more than 70 patents in battery management systems, joined forces with Perry in 2009 to create a battery pack that could provide diesel-engine-scale power and solve the marine and transportation industries' energy problems.

Corvus invested more than $5 million to create a safe, modular battery pack tough enough to withstand the world's harshest ocean and port environments, as well as fully function between -4 degrees and 140 degrees Fahrenheit. In addition, each pack has an average life of twenty years. Lead-acid batteries last just seven years.

"Corvus is enabling engineers, who design wind farms and grid systems to cruise ships and tug boats, to rethink how they can store energy and use power," said Perry. "It changes the entire landscape. Energy can be stored in regions that previously didn't have consistent power and ports can clean up their act with workboats and equipment that no longer require diesel engines."

Marine Applications
Tugboats idle up to 90 percent of the time and operate at full power the remaining 10 percent. With Corvus, a 3,000-horsepower harbor tug in hybrid form will save 122,000 gallons of fuel and will reduce its emissions by 900 tons of carbon, 21 tons of nitrogen oxide and 8.62 tons of particulate matter each year.

Tugboats can draw extra energy from the battery packs during full-power surges, fully rely on the pack during idle periods and power critical navigational instruments for hours. The packs are the most efficient in the industry and recharge in 30 minutes.

Transportation Applications
Corvus' affect on the trucking industry is just as far reaching. Long-haul trucks idle an average of 2,000 hours per year, consuming one gallon of fuel per hour.

Auxiliary power units with Corvus batteries allow trucks to reduce fuel consumption by 2,000 gallons annually and eliminate on a per vehicle basis: 19 metric tons of carbon dioxide, 705 pounds of nitrogen oxide, 143 pounds of reactive organic gas and 9.5 pounds of particulate matter.

Manufacturing Applications
Russ Kremer of Heritage Acre Foods recently selected Corvus Energy batteries as his primary energy storage provider for his 100 percent eco-powered, zero-waste pork-processing plant near Springville, MO.

The plant will process Heritage Acre Foods' all-natural pork, capture and reprocess the blood and other waste, rather than dumping it, and will have a bio-diesel plant to make its own diesel fuel to run its generators. Kremer selected Corvus Energy's revolutionary 400-500 kWh battery pack to store energy captured by wind and solar generators and disperse it as needed.

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