Electrical commissioning · Metering · Information systems
Follow the power. Understand the data.
Learn how electrical systems, meters and information platforms fit together. I help you read the power path, ask better commissioning questions and judge whether the data supports the decision you want to make.
For new entrants, commissioning and controls teams, energy professionals, operators and project leaders.
Build the whole-system view
Equipment. Measurement. Meaning.
Start with a single-line diagram, which summarizes the electrical distribution. Follow sources, switching, protection, distribution and loads. Connect the intended operation with equipment records, test plans, alarms and the information an operator needs.
01
Electrical commissioning
Understand the roles of switchgear, generators, transfer switches and uninterruptible power supplies (UPS). Explore readiness, test coordination, sequences and how electrical behavior affects cooling, controls and facility operation.
02
Metering & instrumentation
Define what a meter or sensor measures and where. Review units, measurement ranges, current and voltage transformer ratios, scaling, calibration records and the checks that connect a field measurement to its displayed value.
03
Energy Information Systems
Energy Information Systems (EIS) organize and analyze meter data. Learn to read consumption patterns, compare operating periods, investigate unexpected use and support energy improvements with traceable information.
04
Electrical power monitoring
Electrical power monitoring systems (EPMS) help operators observe electrical conditions, events, alarms and power quality. Explore how that information connects with EIS and the building automation system (BAS).
Before using recorded data to make a decision
Can you trust the measurement?
Confirm the measurement’s name, source and the equipment or area it covers.
Check units and scaling, including power in kilowatts (kW) versus energy in kilowatt-hours (kWh).
Review timestamps, recording intervals, missing values and meter resets.
Compare the displayed trend with source records and expected operation.
Learning uses diagrams, records and guided scenarios. Electrical field work requires qualified personnel, site procedures and authorization appropriate to the task.
Learn with Marcus
Start with the work you want to understand.
Connect technical fundamentals with practical interpretation and sound judgment. Choose individual coaching, team training or guided practice using examples relevant to your work.