Micro-Grid Switch stores/couples energy to meet peak load needs.

Press Release Summary:




Sub-cycle switching DTI Micro-Grid Power Controller can store power from renewable energy sources and be coupled to grid to meet peak load requirements in real-time. Providing bi-directional power flow, key system elements include grid-tied inverter at medium voltage and lower-voltage DC bus. Design uses redundant switches in series and features DC link that connects to grid at 4–7.5 kVac through inverter. Consolidating all necessary hardware, unit is scalable to multi-megawatt levels.





Original Press Release:



Micro-Grid Power Distribution Controller Stores and Couples Energy onto Grid to Meet Peak Loads



A new micro-grid power switching device that can optimize and provide sub-cycle switching for the power originating from renewable energy and other sources to meet real-time usage requirements is being introduced by Diversified Technologies, Inc. (DTI) of Bedford, Massachusetts.



The DTI Micro-Grid Power Controller is a medium-voltage switching device that can store power from renewable energy sources such as solar cells and wind farms and be coupled onto the grid to meet peak load requirements.  Providing bi-directional power flow, key elements of the system include a grid-tied inverter at medium voltage and a lower-voltage DC bus for high reliability.



Designed for high reliability, the DTI Micro-Grid Power Controller uses redundant switches in series and the DC link connects to the grid at 4-7.5 kV AC through an inverter.  Consolidating converters, transformers, and all other hardware, it is scalable to multi-megawatt levels for neighborhoods, industrial campuses, and military bases.



The DTI Micro-Grid Power Controller price has not been established. The firm is seeking commercial or industrial partners for distribution.



For more information contact:

Diversified Technologies, Inc.

Michael A. Kempkes, VP of Marketing

35 Wiggins Ave.

Bedford, MA 01730-2345

(781) 275-9444 x211  FAX (781) 275-6081

e-mail: kempkes@divtecs.com

www.divtecs.com

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