Rugged Tech Talk – Page 25 – Rugged Tablets, Medical Tablets, Medical-Cart Computers

Rugged Tablets for Microgrids

A microgrid is a small-scale, local energy system that can disconnect from the traditional utility grid and operate independently. It can function as a sophisticated backup power system during grid repairs or other events that cause extensive power outages because of its independence and capacity to continue operating on its own. A microgrid is far more resilient to storms and other natural calamities because there is no significant infrastructure to maintain or replace.

Rugged Tablets Enable Accurate Asset Management On and Off Base

Asset management is one of the most crucial needs of the military, and also the one with the most moving parts to keep track of. On and off the base, assets are a critical part of logistics for the military. Assets could include equipment, vehicles, supplies, people, and technology.

All-in-One Medical Computers Offers a Space Saving Solution for Medical Facilities

All-in-one medical computers offer a unique, functional design that enables medical facilities from hospital rooms, to nursing homes allowing medical professionals to maximize space in already tight rooms without hindering performance of the job. All-in-One medical cart computers offer a powerful yet energy-efficient Intel^® Core™ i processor computing platform, with an easy-to-read display to provide at-a-glance examination to ensure efficient operation.

Rugged Tablets Meet Space Constraint Needs on Naval Ships

On a naval ship, space within many rooms and compartments can be limited, thus requiring technology that has a small footprint and is flexible for the amount of space needed to operate. DT Research designed and manufactured the rugged convertible laptop that converts into a tablet specifically to meet space constraints for naval ships and aircraft.

Rugged Tablet: The Right Technology for Renewable Energy

Highly distributed renewable energy sources like wind, solar, geothermal, and even hydrogen cells are replacing the era of enormously centralized energy sources. Coal, gas, and nuclear energy generation from centralized sources are all controlled by single, sizable organizations that distribute electricity. Yet, in order to handle thousands of separate energy-producing units and to more quickly coordinate their output, maintenance, and reporting than conventional power generation systems, distributed energy resources (DERs) need to be managed in new ways. Overall, this means an increase in operational efficiency on the part of energy companies.