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Edge Computing on Meters (ECOM)

Active
State & Local

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

AI Contract Overview

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The Edge Computing on Meters (ECOM) project, led by the California Energy Commission and implemented by Pacific Gas and Electric Company, aims to deploy approximately 9,000 AMI 2.0 smart meters equipped with Distributed Intelligence capabilities across existing customer premises throughout PG&E’s service territory. These meters enable real-time monitoring of grid conditions, including fault detection, transformer and service-level loading, and behind-the-meter load behaviors, with the primary goals of improving grid reliability, enhancing public safety by identifying ignition-causing faults earlier, supporting customer electrification such as electric vehicle charging without requiring expensive infrastructure upgrades, and deferring the need for distribution and transformer replacements. The project includes replacing legacy meters, configuring DI applications, integrating required data systems, and conducting a minimum one-year performance evaluation to assess technical feasibility, operational benefits, and cost-effectiveness. Results from this initiative will inform future rate case proceedings regarding the potential for large-scale deployment of advanced metering infrastructure. The project is located at customer sites statewide, with Oakland, California designated as the official place of performance. All activities comply with California Code of Regulations, Title 14, Sections 15301 and 15302, which provide categorical exemptions under CEQA due to the minimal environmental impact of replacing existing utility equipment without expanding capacity. Installation and acceptance occur at the customer premises where meters are replaced in place, and oversight is provided by the California Energy Commission, with Sebastian Rubio Ruiz serving as the primary contact. While the project is structured as a forecast and lacks formal pricing, contract type, or detailed evaluation criteria typically found in procurement documents, it is designed to generate actionable data for regulatory and operational decisions. No federal acquisition regulation clauses, payment details, invoicing methods, or socioeconomic certifications are included, reflecting its focus as a state-level evaluation effort with clear environmental and public safety objectives intended to benefit disadvantaged communities, ratepayers, and the broader energy grid.

General Info

Deploy 9,000 smart meters to enhance grid reliability, safety, and support electrification without infrastructure upgrades.

Agency

California → Energy Commission

NAICS

N/A

Place of Performance

21 st and Webster St, Oakland, CA, 94612

Set-Aside

NONE

Documents

(1)

CEQA Exemption Notice for PG&E Edge Computing on Meters Project

PDFceqa-exemption-notice

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Timeline

Posted

forecast

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Organization & Contact Information

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AgencyCalifornia → Energy Commission
Contacts2 people available
OfficeN/A
Organization / Agency
California → Energy Commission
Office AddressN/A
Contacts
Sebastian Rubio RuizEnergy Commission Specialist
Scott MosherProject Manager

Full Description

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Distributed Intelligence (DI) applications at existing PG&E customer premises throughout the service territory. These DI enabled meters provide real time monitoring of grid conditions, including fault detection, transformer and service level loading, and behind the meter load characteristics. The project will involve configuring DI applications, integrating required data systems, replacing existing meters with upgraded units, and monitoring performance for at least one year. The goal is to understand whether DI enabled smart meters can improve grid reliability and public safety by detecting ignition causing faults earlier, supporting customer electrification; such as electric vehicle charging, without requiring costly electrical service upgrades, and helping defer distribution and transformer replacements. The results will help support evaluation of the feasibility, operational benefits, and cost effectiveness of a potential larger scale deployment of AMI 2.0 meters and DI applications in future rate case proceedings. This project will provide benefits for disadvantaged and low-income communities, the utility grid, and California ratepayers by reducing wildfire ignition risks, improving situational awareness, and enabling more efficient use of existing infrastructure.