Welcome To DC Power Technologies

About Our ECO Series Chargers

The ECO series chargers deliver XHF power modules (extra high frequency) switching up to 250Khz
which allow transformers and other filtering components to be much smaller and more efficient.
Because of this Xtra high power switching, heat is minimized during recharge promoting a superior charge back into
the battery. This will have prolong performance while maintaining the health of the battery to its full warranty life time.

Enatel engineering based from Christchurch New Zealand have over 30+ years experience in the design and manufacturing
for a range of energy solutions used in telecommunications, networking, wireless and industrial industries globally.
DC Power Technologies is the UL Mfg. site for Enatel motive products, Final assembly and programming is in Everett, Washington. U.S.A.

DC Power Technologies offers over 30+ years of Motive Power Charging and pioneers with Opportunity methods, no forklift
OEM can compare its Distribution, applications experience with motive power battery charging and data collection.


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Welcome to DC Power Technologies Inc.

Home of the ECO charge & ECOUplink mobile data retrieval management tools.

We hope you enjoy your experience with the most reliable Modular Motive Power Technology in the United States! For over 25 years Enatel Motive Power hase been engineering with modular design and manufacturing from Christchurch, New Zealand. Enatel Motive Power has been the leaders in the Telecom, Solar inverter technology industries for Modular Power Rectifiers. The power modules deliver up to 95% energy efficiencies while reducing the size and foot print area by 70%.

Eco CHARGE XHF Modular Chargers

XHF charger modules use extra High Frequency (XHF) switching at up to 250kHz. Extra high frequency allows transformers and other filtering components to be much smaller and more efficient. Another advantage of high frequency is that the microprocessor control circuitry can regulate the output with higher precision. Providing tighter control of charge voltages and a reduction in ripple currents; saving up to 20% on the cost of charging your batteries when compared to older technology chargers.