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Expert has provided project management, issue management, owner'Expertengineer, agency contact, design, plant modification, installation supervision, start-up, commissioning, and troubleshooting services for power generating plants, auxiliary systems and sub-systems for more than thirty years. Most of these services have been performed for the nuclear, hydropower, cogeneration, reciprocating gas and liquid fuel engine and combustion turbine industries. He has set up and commissioned systems that control power factor, real power, reactive power, and system voltage in small and large power plants in paralleled operation as well as islanded or isolated systems.

Expert'Expertexpertise has been applied to power generation station as well as industrial applications in critical and non-critical situations. The purpose for the systems which he has designed and installed and for which he has provided startup and troubleshooting services range from critical, uninterruptible nuclear power station battery and inverter systems with diesel generator and battery charger backup to a meteorological data station backup diesel power system with a slow transfer switch. Less critical applications involved US Air Force Base power systems on foreign soil designed to automatically start and provide power to on-base residences and diesel power for emergency building lighting.

Expert has provided design, installation supervision, start-up, commissioning, and troubleshooting services for power systems in power plants and industrial applications for more than thirty years. Most of these services have been performed for the nuclear, hydropower, cogeneration, diesel power, and gas turbine industries and the skills directly apply to any critical process plant or power distribution system.

For more than twenty years, Expert has evaluated the technical and financial feasibility of hundreds of potential cogeneration sites. These include small host facilities such as hospitals and nursing homes and large host facilities such as industrial manufacturing plants. The cogeneration equipment he is familiar with includes packaged units as small as 60 kW as well as large scale gas turbines with heat recovery boilers and steam generators in plant configurations up to 500 MW (500,000 kW). Financial feasibility analysis includes evaluation of the present cost of meeting electrical and useful thermal needs and comparing that to the cost of alternative arrangements such as with a cogeneration system installed. Net present value analysis and power generation project cost estimates are used to determine if alternatives have demonstrable economic performance when compared to common investment standards or to host facility cost of capital and investment criteria. Expert is well experienced in presenting complex investment analysis in a way that is understandable by non-financially trained persons.

For more than thirty years, Expert has worked in the power generation industry designing, installing, starting-up and troubleshooting control systems. He regularly purchases text books and reads magazine articles on the subject. He routinely designs complex control systems for sophisticated electrical power generation plant prime movers and auxiliary equipment. Control functions include automatic routine process operation, manual operator participation, electrical protection, mechanical protection and personnel safety. He has followed technological changes from hardwired relay logic systems through remote controlled Programmable Logic Controllers (PLCs) and Supervisory Control and Data Acquisition Systems (SCADA). With the technology available today, the question is seldom "Can we do this.." but "Is it cost effective to do this..."

Expert has most versions in his company'Expertlibrary from 1981 through the current version. He has studied and used the NEC every year since the 1970s. He periodically attends refresher courses sponsored by the National Fire Protection Association for the most recent versions of the National Electrical Code. He has the Canadian Electrical Code, Hazardous Locations textbooks and other interpretive texts for more in-depth analysis and comparisons in the ANNA, Inc. library. He has personal contacts at the NFPA offices to secure opinions on difficult interpretations and special circumstances and has also taken courses and maintains a library on the National Life Safety Code (NFPA-101).

Expert has a thorough knowledge of electrical and mechanical physics and theories and has worked with the application of those theories to practical electro-mechanical equipment. As an example a medium voltage circuit breaker is an extremely complex arrangement of electrical and mechanical subcomponents that work in an integrated fashion to perform the overall objective. Expert has, by consulting the vendor manuals and using other sources, the ability to understand the details of electro-mechanical equipment, how it is intended to work and how it may not have worked properly. Furthermore, he is talented at explaining this operation to non-technical persons.

He is an expert in the design of electrical power generation and distribution systems in commercial, industrial and utility facilities. His design objectives include personnel and equipment safety, reliability, availability, expandability, efficiency and cost effectiveness.

He uses computer software to analyze real and reactive power flows, voltage control and the application of protective and control devices in electric power systems.

Expert has an understanding of the business of power generation and the financial benefit of reliable electric power. His understanding of business combined with his analytical skills allow financial analysis of cogeneration feasibility, risk assessment, condition of power generation assets with respect to their capital cost equivalent, maintenance costs, reliability and therefore, financial net present value. His business skills combined with his engineering understanding of power system efficiency and reliability allow him to develop useful financial models for presentation to non-technical persons.

Expert is an experienced project manager for design and construction of power generation systems. He is familiar with the earned-value system in which project status and team performance using both financial and percent completion metrics on the same graph to visually display the project status, history compared to the original plan.

Expert is familiar with transient events such as switching transients, load additions and reductions, lightning strikes, faults and equipment failures within the electric power system that cause transient conditions, which may sometimes damage electrical and other equipment. Transients may be divided into the time frame of their existence and may be in the microsecond range, the millisecond range or the seconds range, each with its characteristics, causes, results and mitigative measures.