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TDI Power | Power Systems - Indoor

TDI Power offers indoor power systems ranging in size from 250 watts to over 170 kilowatts. Each power system employs modular hot-pluggable power converters; available in AC-DC, DC-DC and DC-AC models. All power systems are available with many power distribution options including circuit breaker and fuse panels, Low Voltage Disconnects (LVD), power management and alarming.

Our 1U and 3U tall Power Centers are complete power systems in a compact package; ideal for use in remote access sites requiring up to 1200 watts of battery-backed DC power.

Our Signature Power Systems utilize rack & stack modules which are configured to satisfy nearly any critical power requirement from a few amperes to a few thousand amperes.
Products
1U Power System
3U Power System
LCE Systems 1-36kVA
Signature Power Systems Brochure
18V - 58V, 25kW, Adjustable Test Power System
15kW Liquid Cooled Power System
 
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White Papers
Optimizing Uninteruptable Power for Data Processing (TW0051)
Tradeoffs between Single- Phase and Three-Phase Power (TW0057)
Charge-Control Options for Lead Acid Batteries (TW0060)
Tradeoffs Between Density, Reliabilty and Total Cost of Ownership in Power Systems (TW0052)
Inbay DC power filters for Telecom (TW00)
Assuring reliability utilizing Lead Free Solder (TW00)
Lead has been determined to be a hazardous substance and the use of tin/lead solders are being restricted by government laws and regulations such as the European Union's RoHS Directive (Restriction of Hazardous Substances).
Powerful network equipment is finding its way into the domain of the Plain Old Telecom System (POTS) Central Office.
Initial and operating costs can generally be reduced and system reliability increased by incorporating a relatively simple DC UPS as an integral part of the data processing or communication equipment.
Improved components, technology and packaging / cooling concepts have reduced the size (watts/cubic-inch), weight (watts/pound) and initial cost (dollars / watt) of power support with improved reliability and reduced maintenance (i.e., lower new system goals of smaller, lighter and cheaper, along conversion products. When implemented properly, these can reduce operating cost.
This paper compares single-phase and three-phase circuits from the component count, stress level and complexity standpoints. It demonstrates that when these items are taken into account, quite often the best choice is a combination of single-phase modules, configured to balance individual power line phases
The paper provides information on the characteristics of batteries, particularly Valve Regulated Lead Acid, environmental aspects and practical system configurations available for recharge control in battery backed DC power solutions.system architects designed to provide.