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  • Designing Energy Meters with the PIC16F873A
    The deployment of electronic energy meters has gained a great deal of momentum over the past several years. This is due to their two main advantages over the traditional electromechanical designs: improved accuracy and an expanded set of features. Current microcontroller technology allows designers
  • PIC18F2520 MCP3909 3-Phase Energy Meter Reference Design - Meter Test Results and Adapting the Meter Design for other Requirements
    calibration step can be +0° LINE skipped for active power only meters as it only applies to the RMS measurement. LOAD Total Energy When the meter is shipped the configuration of the +120° output pulse is set such that the pulse frequency is LINE proportional to the total active energy being consumed across
  • Using Veris Energy Meters in LEED Certification
    . ./bc853bdd-3817-4c4a-8ca2-59548ae079ec Veris White Paper. WP04. Using Veris Energy Meters in LEED Certification. LEED certification credits include a number of energy monitoring criteria. To satisfy. LEED points are awarded based on the efficient use of energy throughout the. the requirements
  • IEC Compliant Active-Energy Meter Design Using the MCP3905/6
    The MCP3905/6 energy-monitoring Integrated Circuits (ICs) supply active real power measurements for single-phase residential meter designs. These devices include features specific for the International Electrotechnical Commission (IEC) requirements, such as no-load threshold and start-up current
  • Monitoring Energy Efficiency in a Display Home
    of the project. The data logger also featured smart serial sensor channels capable of interfacing to RS232, RS485, RS422 and SDI-12 sensors. The dataTaker logger was then interfaced with a wide variety of sensors, including a Latronics kWh energy meter, a Vaisala GMW116 CO2 Transmitter, a Vaisala
  • Designing Heat Meters Using PIC16F9XX Microcontrollers
    = 3.751343 kg energy dissipated in the building by the hot water 3 3 3 1 m of water = 1,000,000 cm x 0.991 gram/cm radiators. To measure this energy consumption, the x 1kg/1000 grams = 991 kg heat meter must measure three parameters: * Incoming temperature of water The most common residential water meters
  • Reducing Energy Costs With Energy-Monitoring Devices (.pdf)
    efficiency. Energy-monitoring devices can also save the commercial utility customer unnecessary demand charges. Starting motors sequentially. Utilities typically place a demand meter on a commercial customer’s service that uses electric motors in their. process. These demand meters measure the rate
  • FieldServer Gateways provide valuable energy usage link to building systems in Empire State Building
    FieldServer Gateway provides valuable link from energy meters to building management system in Empire State Building.

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