Objective: To develop measurement methods, interference models, and metrics to improve Electromagnetic Compatibility (EMC) testing for communications and other systems deployed in smart grid (SG)environments; and to provide technical input to smart grid EMC standards activities to meet performance and interoperability requirements by 2017.
What is the new technical idea? The new technical idea is to work directly with the smart grid stakeholders (utilities, customers, manufacturers, test laboratories, Standards Development Organizations (SDOs) and EMC experts) to identify priority EMC requirements; to develop or improve laboratory measurement methods and models to more accurately reflect these requirements; and to develop recommendations for implementing these techniques into EMC test standards.
What is the research plan?
Develop laboratory testing methods that apply existing EMC standards to smart grid electronics (e.g., smart meters, communications systems, and microprocessor based devices) operating in environments that emulate electric power grid and utility consumer conditions. Investigate merging EMC testing with operational tests using representative laboratory test-beds.
- Investigate EMC immunity testing standards to determine if they are representative and adequate for smart grid environments.
- Study "installed" environments – determine if published data of estimated electromagnetic environments are representative of residential, commercial, and industrial/utility locations.
Develop laboratory test methods for EMC, Electromagnetic Interference (EMI), and coexistence for wireless communications systems employed in complex electromagnetic environments such as the home, industrial site or power plant. These tests may include unintentional out-of-band and in-band radio frequency interference, and intentional EMI (e.g. jamming). The development will draw upon the Priority Action Plan (PAP) 2 characterization of wireless technology in the smart grid to ensure that appropriate communication technology and information exchange activities are considered, particularly for the EMI/coexistence tests.
- Analyze data to extract representative values of channel characteristics and interference from other RF sources.
- Study existing test procedures for EMC/EMI/coexistence for wireless devices similar to those used in substations, power plants and other facilities where high field levels or RF interference may exist.
- Modify existing tests and, where necessary, develop other lab-based tests for wireless systems (e.g., in smart meters) that emulate smart grid EM environments. Disseminate findings and test methods to standards body.
Monitor and support Smart Grid EMC standards development within the Institute of Electrical and Electronic Engineers (IEEE) and the International Electro technical Commission (IEC). Participate in IEEE and IEC EMC committees and working groups as appropriate. Continue leadership activity in SGIP – Electromagnetic Interoperability Issues Working Group (EMIIWG). Participate in the ANSI C63 Working Group on coexistence testing.