Now we are living in a digital age, the reliability of power supply is more and more crucial. Power outage may lead to inconvenience of living, interruption of operation, loss of property or even loss of life. The examples of such mission critical applications are banks, data centers, air traffic control or hospitals, etc. Although these customers’ power supply is guaranteed by 2 lines of utilities, they still have to pay a lot of money to invest in emergency diesel generator sets, and consider enough redundancy. We understand that our customer is investing in reliability.
To reach customer’s expectation for a reliable emergency power system, it is far more complex than just buying a world brand diesel generator set, it shall be the whole system design and total power solutions.
Based on years of experiences for a variety of applications, Mitsubishi and Hop Shing Engineering endeavor to meet customer’s expectation in the complete process of power solutions, including plan, detailed design, technical discussion, equipment manufacturing, installation, commissioning, guidance for operation and maintenance.
Comprehensive Survey, Proposal and Planning
√ Client’s electrical demand estimation√ Calculation of system capacity and confirm the redundant
√ Applicable law, code, standards and regulations
√ Ambient condition and installation site limitations
√ Comprehensive analysis for reliability and economic affects
Manufacture and Test
√ Manufacturing of generator set and accessories√ Applying advanced international manufacturing process control
√ Ex-work test and calibration, invites client for factory witness test
√ Available for third party inspection and testing
Technical Training and After-sales Service
√ Operators and technicians factory training√ Operators and technicians on-site training
√ Relevant software updating and training
√ Scheduled inspection, load testing and maintenance guidance
√ 24/7 after-sales service support
System Design and Equipment Selection
√ Generator set sizing and model selection√ System layout planning
√ System and equipment design according to site condition and codes
√ Proposal and drawings of total power solutions
Installation and Commissioning
√ Site installation guidance, installation contractor or turn-key contractor√ On site testing and commissioning
√ Test run to verify system’s reliability
√ Hand-over
√ Detailed guidance on running the system and explanations regarding equipment handling