Welcome to Emerald Technology Partners
Recent News
Emerald Technology Partners Announce Commercial Launch of the Wedway

March 29, 2013 – Caspers Company and Emerald Technology Partners have partnered to release the first all-electric kinetic-energy powered semi-trailer refrigeration system to the global transportation industry. The companies have announced that the Wedway Refrigeration Power system, developed by Emerald Technology Partners, was placed into service in January 2013 and has been successfully tested with Caspers Company in the Tampa Bay area. READ MORE…
The Wedway™ Refrigeration Power System
The Wedway™ Refrigeration Power System is a device that provides power to operate a refrigerator or freezer unit on semi-trailers or railcars while eliminating the dedicated fuel system. This patent pending device generates electricity by capturing the kinetic energy from the rotation of the trailer wheels or railcar wheels and converting it to a power source for refrigeration.
This same technology allows the power to be stored for use while the trailer is stationary for 12-24 hours. During an extended delivery the unit is able to be “plugged” into the store allowing it to be powered from the store and be fully charged upon departure, reducing the “carbon footprint” of each delivery. With a Wedway™ Refrigeration Power System equipped refrigeration unit, the cost of operation is lowered by reducing the use of fossil fuel and lowering the overall weight of the system allowing for more cargo weight. It is estimated that domestically the savings will reach into the tens of billions of dollars annually with the majority of “reefer” trucks using the Wedway™ Refrigeration Power System. In addition to the cost savings, the use of the Wedway™ Refrigeration Power System is expected to reduce over 63 Billion pounds of carbon emissions per year in the United States alone. Both of these savings will be realized for the owner/operator and across company fleets.
Think about it:
Saving fuel and weight on your refrigeration unit.
