Diesel Power Generation

Diesel Power Generation

Mitsubishi was established in 1870, two years after the Meiji Restoration with shipping as its core business. Its diversification was mostly into related fields. It entered into coal-mining to gain the coal needed for ships, bought a shipbuilding yard from the government to repair the ships it used, founded an iron mill to supply iron to the shipbuilding yard, started a marine insurance business to cater for its shipping business, and so forth. Later, the managerial resources and technological capabilities acquired through the operation of shipbuilding were utilized to expand the business further into the manufacture of aircraft and equipment. The experience of overseas shipping led the firm to enter into a trading business

Dependability & Durability in Power Generation The best performance-matched engine and generator systems give world-class performance response and stability designed to exceed user expectations in a variety of applications.

AC Generator Generator 4 pole, screen protected, drip-proof IP23, self-exciting, self regulating and brushless with fully connected damper windings, salient pole rotors, A.C. exciter and rotating rectifier unit. The insulation system is class ‘H’. All windings are impregnated in either a triple dip thermo-setting moisture, oil and acid resisting polyester varnish or vacuum pressure impregnated with a special polyester resin. Electrical deesign in accordance with 8S5000 Part 3, VDE0530, NEMA MG 1-32, CEMA, IEC34-1 CSA22.2 and AS1359

Advanced Solutions in Power Generation “Full-sized” safety and automatic functions in the digital systems. Easy human interface in the sophisticated control system makes for an operator friendly Gen Set.

MGS Series Control Panel N1GS standard 7310 programmable microprocessor control – automatic start/stop panel, generator breaker control, indicating the operational status and fault conditions, automatically shutting down the engine and indicating the engine failure by means of a LCD display and LEDs on the front panel. Electrical design in accordance with BS EN 60950 Low Voltage Directive, BS EN 61006-2 and 61006-4 EMC Directive. The optional interface can provide real time diagnostic facilities