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DSHI, a “green technologies” company focusing on renewable energy innovations for micro-grid and remote power applications, announced today that they were presenting the EnerDynamic technology to the selection committee and board of the Office of Low Emission Vehicles (OLEV) who are administering a Plugged-In Places programme (PIP) in the United Kingdom.

PIP is an electric vehicle recharging commitment by the Government to provide infrastructure for mainstream electric vehicles as they come to the UK. “The Government is supporting three existing Plugged-In Places in London, Milton Keynes and the North East which are already installing recharging points in their areas.

The EnerDynamic technology is unique because it does not require the huge upfront cost for installation of dedicated charging bollards, and the system is adaptable to any type of RFID or swipe card payment system the committee chooses to endorse.
“By utilizing the power in existing lamp posts, we can reduce the initial cost, eliminate much of the congestion and traffic jams caused by closing roads to run wiring to dedicated charging bollards, and allow councils to phase in EV charging as demand dictates.” added Al Scott, President of DSHI.
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At the heart of the THDS is an innovative electric machine known as the Multi-stage Switched Reluctance Motor (MSRM©), proven to be more efficient, economical and maintenance free than any other motor on the market today. The MSRM will not only replace large diesel and gas engines, but is powerful enough to replace the transmission or gearbox these drive trains require to increase torque.

  • high starting torque for moving heavy equipment and loads

  • higher efficiency than induction or permanent magnet designs superior torque/speed matching

  • highly fault tolerant, mechanically robust and reliable

  • less expensive to manufacture than competitive electric motors

  • highly flexible design can be used from 1hp to 500hp or more can replace both the diesel engine and transmission in heavy trucks and buses, reducing cost and vastly improving ease of driving

DSI’s MSRM© is one of the simplest, most reliable and efficient electric motors currently being developed; and unlike comparable induction or permanent magnet motors, has no magnets, rotor windings, slip rings, brushes or other parts that increase complexity and reduce service life. In addition, this simple motor can easily transform into a robust, reliable generator for use in wind turbines, hydro electric and solar energy. DSHI has a 37% investment in DSI.