DoE issues funding for cybersecurity R&D


In a combined statement, the DoE said it issued funding for the research and development of a solution to secure grid networks against cyber-attacks with regard to distributed energy resources and grid integration.

Paul Pazandak, leader of the Research Team at RTI, said: “As the assimilation of distributed energy resources continues to drive grid modernization, secure data transmission and processing at the edge is critical.”

RTI will use the funding from the DoE to partner with national laboratories, utility firms, smart grid equipment manufacturers and standardisation bodies in upgrading its IoT communication software RTI Connext DDS.

Grid cybersecurity

“The DOE funding we’ve received is a recognition of the DDS standard as a key ingredient in securing the modern grid,” added Pazandak.

Under its collaboration with multiple parties, RTI will ensure its technology complies with existing and future grid cybersecurity standards.

The parties will aim to ensure the technology adds resiliency to existing grid networks against cyber-attacks.

Dr. Stuart Laval, manager of Technology Development at Duke Energy, said: “This is certainly a promising milestone with respect to the growing industry adoption of IIoT protocols in grid-edge applications that necessitiate local intelligence to more quickly, securely and accurately manage distributed energy resources in the power system.”

The news follows a successful pilot implemented by RTI and the Smart Grid Interoperability Panel in Duke Energy’s grid network.

The pilot tested the interoperability of RTI’s technology and SGIP’s Open Field Message Bus (OpenFMB).

OpenFMB is a framework for distributed intelligence that leverages existing IIoT standards to securely communicate data between distributed grid assets and centralised control systems. [SGIP issues recommendations on utility grid cybersecurity projects].

Smart grid standards

In mid-June, the SGIP published the new ANSI/ASHRAE/NEMA Standard 201P which affords electrical energy consumers the opportunity to participate in smart grid networks.

The ANSI/ASHRAE/NEMA Standard 201P, also known as the ‘Facility Smart Grid Information Model’ (FSGIM), builds on and makes use of several other related standards applicable to the smart grid.

The SGIP was a collaborator in the development of the Facility Smart Grid Information Model, which is a standard that is packaged with a user’s manual. Other partners to its development include the National Electrical Manufacturers Association (NEMA) and ASHRAE (a society advancing the arts and sciences of heating, ventilation, air-conditioning and refrigeration).

The Standard 201P ‘Facility Smart Grid Information Model’ provides a way to model real building systems as a combination of four abstract components: loads, generators, meters and energy managers.

The model enables numerous capabilities such as on-site generation management, demand response, electrical storage management, peak demand management, forward power usage estimation, load shedding capability estimation, end load monitoring (sub-metering), power quality of service monitoring, use of historical energy consumption data and direct load control.

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