Sentence examples for conversion equipment from inspiring English sources

The Acme Electric Corporation, a maker of power conversion equipment, said today that it had agreed to a buyout offer of $7.65 a share, a total of $39.5 million, from an investment company formed by its chairman and chief executive Robert J. McKenna.

The development of improved biomass pyrolysis models is vital for more accurate modelling and design of biomass conversion equipment.

Because of the increased usage of power conversion equipment and their susceptibility to lightning strikes, high frequency fault currents flowing through grounding systems are increased.

The amount of load-side power conversion equipment is reduced after the merger, and its efficiency, capacity and quantity are given in Table 2, where the efficiency function is obtained by fitting measured data.

In a synchronous optical network ring, assignment of source-to-destination circuits to wavelengths must respect traffic requirements and minimize both the number of wavelengths and the amount of terminal conversion equipment.

The most harmful biogas contaminant for energy conversion equipment such as fuel cells is hydrogen sulphide (H2S); thus efficient and cost-effective treatment systems for this compound should be designed and developed.

The efficiency of energy conversion equipments is quite high, as shown in Table 3.

However, most previous works have focused on the speed/flux/torque regulation supposing the machine magnetic circuit to be linear and ignoring the machine power conversion equipments.

On the other hand, the negligence of the power conversion equipments makes it impossible to deal properly with the harmonic pollution issue due to 'motor – power supply grid' interaction.

That valued Artesyn shares 29percentt higher than their closing price on Sept. 8. Artesyn, based in Boca Raton, Fla., makes power-conversion equipment for the telecommunications industry.

It was necessary to use a lower frequency (16 2/3 hertz is common in Europe; 25 hertz in the United States); this in turn required either special railroad power plants to generate alternating current at the required frequency or frequency-conversion equipment to change the available commercial frequency into the railroad frequency.