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OptoEMU Sensor: Energy Monitoring Made Simple

OptoEMU Sensor: Energy Monitoring Made Simple. Energy Monitoring for Small- to Medium-sized Businesses, Commercial, and Industrial Facilities. Acquire and Distribute Energy Data. The OptoEMU Sensor Connect to and acquire energy usage data

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OptoEMU Sensor: Energy Monitoring Made Simple

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  1. OptoEMU Sensor:Energy Monitoring Made Simple Energy Monitoring for Small- to Medium-sized Businesses, Commercial, and Industrial Facilities

  2. Acquire and Distribute Energy Data • The OptoEMU Sensor • Connect to and acquire energy usage data • Connect to meters, branch circuits, sub-metering panels, compressors, motors, chillers, air handlers, conveyors, elevators • Read pulses, or measure voltage & current • Distribute energy data to applications • Transmit data to servers and/or applications automatically • Use cloud-based servers or local applications such as Opto 22’s PAC Project software • Integrate with existing systems and applications

  3. The OptoEMU Sensor SaaS OptoEMU Sensor • Wired+Wireless • CT input (single & 3-phase) • Pulse inputs • Serial/Ethernet • Simple configuration HMI/SCADA Business Apps

  4. OptoEMU Sensors in Multiple Buildings • Single System • Single OptoEMU Sensor per building • Acquire energy data • Multiple buildings connect to SaaS system • SaaS system acquires and archives energy data from multiple buildings or over large campus

  5. Connecting to Energy Sources Equipment, Panels, Meters

  6. OptoEMU Sensor Connections • Connecting to the Energy Load • Multiple, simultaneous sensor connections supported • Direct connect to power • 3 single phase • Single 3-phase • Use with current transformers and potential transformers (if required) • Pulse inputs • Connect to pulse-emitting devices • Modbus Inputs • Serial RS232 or RS485 • Ethernet-TCP

  7. Direct Connection to Power • Direct to Power • Current measurement through CT (0.333V) • Voltages up to 400 VAC • 3 single phase • 1 three phase • No potential transformer required for 600 VAC line-to-neutral connections

  8. Connect to Facility Meter • Pulsing Meter • Connect to meters with digital pulsing outputs • Easy configuration of pulse count to kWh • Can accept single pulse input or two-input pulse (kYZ) • Can derive power (kW) from pulses

  9. Connect to Modbus Devices • Modbus & Modbus TCP • “Generic” interface • Multi-drop over serial • Data from third party devices • Sub-meters • Power quality analyzers • Data acquisition devices • Remote I/O • Modbus CT’s • Flow meters (gas, water, steam, refrigerant, etc.) • OptoEMU Sensor then sends data out to software applications

  10. Connecting to Applications Cloud, Local, SCADA

  11. Connect to Cloud (Software-as-a-Service) • Connect to cloud-based applications (SaaS) • eSight Energy • Pulse Energy • Center Sight • Generic Interface

  12. Connect to Software Applications • Connect to software applications • PAC Project • Microsoft SQL, Access, MySQL • OPC • OptoMMP/.Net • Modbus-TCP • EtherNet/IP • SNMP

  13. Demand Response • OptoEMU DR • Similar to OptoEMU Sensor • Removes analog circuitry (direct connect to volts/amps) • Adds 4 Form C relays • Control from SNAP PAC or any Third Party control system • Future OpenADRcompatible

  14. Setting up theOptoEMU Sensor Configuration and Commissioning

  15. OptoEMU Sensor Manager • OptoEMU Manager v2.0 • Set IP address • Configure inputs • Configure connection to eSight • View real-time data • Perform maintenance • Upgrade Sensor

  16. OptoEMU Sensor Manager

  17. OptoEMU Sensor Manager

  18. OptoEMU Sensor Manager

  19. OptoEMU Sensor Manager

  20. OptoEMU System Scalability Expansion & Control OptoEMU Sensor

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