Topic/Matter Intersection

Topic:"Demand Side Management" in M13014

Matter: Nova Scotia Power Inc. - CI C0068719 - IT - Distributed Intelligence Apps - $3,165,790
12 passages 3 documents

Demand Side Management across all matters →

N-1CI C0068719 - IT - Distributed Intelligence Apps - Application - Redacted 1 passage
Contingency Statement p. p. 7
Contingency Statement Contingency for this project has been determined using a combination of internal subject matter expert judgment (Project Managers, Business Analysts, Financial Analysts, and Cyber Security Professionals), current proj...

AI summary A 10% contingency has been applied to the project based on internal expert judgment and the Decision Gate process. The contingency covers risks such as integration complexity, firmware readiness, resource availability, schedule variability, and unforeseen technical challenges during pilot implementation.

N-2NSPI (NSEB) RIR 1 to 15 - Redacted 10 passages
DI App Pilot Selection Criteria p. p. 30
DI App Pilot Selection Criteria - Value-add via increased operational efficiency and/or better customer experience - Current processes and/or software used to achieve similar utility (if they exist) - Complexity to test and validate. - Int...

AI summary The DI App Pilot Selection Criteria focus on operational efficiency, customer experience, existing processes, integration needs, and technologies used by the application.

Benefits p. p. 30
Benefits - Opens the door to localized EV charging control if tied into DERMS - Could realize customer benefit during pilot using existing notification systems - Visibility into real-time/long-term charging patterns - Data is likely to be...

AI summary The document outlines potential benefits of a system that enables localized EV charging control when integrated with DERMS, highlights the possibility of customer benefits during a pilot using existing notification systems, and notes the potential for more accurate data compared to Bidgely Analytics through real-time and long-term charging pattern visibility.

Challenges p. p. 30
Challenges - May not have the field resources to proactively address issues (process is currently customer initiated) - Low excitement from business stakeholders Future State: DI data autonomously identifies poor electrical connections and...

AI summary The current process for addressing electrical connection issues is customer-initiated, leading to challenges such as lack of field resources and low stakeholder engagement. The future state envisions using DI data to autonomously identify and dispatch resources for poor electrical connections.

BUSINESS VALUE p. p. 30
BUSINESS VALUE A highly accurate and precise connectivity model is critical for ensuring proper power flow in your distribution grid. As the electrification of transportation adds more load and harmonics to your distribution grid, phase ba...

AI summary The text emphasizes the importance of a highly accurate connectivity model for managing power flow in distribution grids, especially with increasing electrification of transportation. It highlights use cases such as phase balancing, transformer load management, and demand response, and discusses how location awareness in Itron's platforms enhances grid management and decision-making.

High Impedance Detection p. pp. 31-32
High Impedance Detection Production Detects and locates poor electrical (high impedance) connections in low voltage secondaries before they create a safety hazard or interrupt service Analysis and field validation to date: - » Exceeds succ...

AI summary The document discusses the effectiveness of High Impedance Detection in identifying poor electrical connections in low voltage systems, with 93% accuracy over 200 field investigations. It highlights benefits such as reduced customer outages, improved safety, and increased customer satisfaction.

Advanced Temperature Monitoring p. pp. 34-35
Advanced Temperature Monitoring - » Uses high-resolution temperature readings to detect meter socket problems before they create a safety hazard or interrupt service - » Analysis and field validation to date: - Exceeds success criteria - 9...

AI summary Advanced Temperature Monitoring uses high-resolution temperature readings to detect meter socket problems before they create safety hazards or service interruptions. Analysis shows 91% accuracy over more than 200 field investigations, with core benefits including reduced customer outages, improved safety, and customer satisfaction.

Distribution Operations p. p. 45
Distribution Operations You are running a Conservative Voltage Reduction (CVR) program, lowering voltage during times of high usage. However, you do not have real-time visibility at all premises to ensure the voltage doesn't become too low...

AI summary The document discusses the implementation of a Conservative Voltage Reduction (CVR) program by Nova Scotia Power Inc., which aims to lower voltage during high usage periods. However, the company lacks real-time visibility at all premises to ensure voltage does not drop too low.

» Benefits: p. p. 50
» Benefits: - EV models for 'offline' applications such as in utility planning and EV program customer engagements - Inputs for real-time controls (e.g. DERMS, ADMS) for applications such as distribution transformer protection and Volt/Var...

AI summary The text outlines benefits of EV models for offline utility planning and customer engagement, as well as their use in real-time controls for distribution transformer protection and Volt/Var Optimization.

Description p. p. 63
Description - » CenterPoint Energy (CNP) serves approximately 2.8 million metered electricity and 4.2 M gas customers in 6 states. CNP leveraged their 150k OW Riva Network in Indiana to pilot DI - » DI has already demonstrated multiple ben...

AI summary CenterPoint Energy (CNP) has implemented a pilot program using their OW Riva Network in Indiana, demonstrating benefits such as reduced equipment damage, improved customer satisfaction, and proactive maintenance. The pilot also includes high impedance detection and active temperature monitoring, with reported accuracy rates. The document includes a reference to a case number and attachment.

Description p. p. 63
Description - » Tampa Electric serves more then 830k customers. TECO is making a transformational investment in new customer experience and operational programs - » TECO has deployed the HID and High Temperature Apps in more than 95% of it...

AI summary Tampa Electric serves over 830,000 customers and is investing in new customer experience and operational programs. TECO has deployed HID and High Temperature Apps in more than 95% of its meter population.

103391NSEB (NS Power) IR 1 to 15 1 passage
Request IR-3:
Request IR-3: - Please describe why existing Advanced Metering Infrastructure (AMI) and related distribution automation systems cannot meet the same needs. - a) Please explain whether the AMI metering system is required to implement the DI...

AI summary The document requests an explanation of the limitations of the existing Advanced Metering Infrastructure (AMI) and related distribution automation systems, and whether they can support the DI Apps. It also asks about the current functionality of AMI, the percentage of AMI meters installed, customer opt-in/opt-out rates, and the implications for DI Apps.

Disclaimer: These summaries were generated by AI from the filings they describe. We take care to make them accurate, but errors are possible - and they aren't advice. Only the filings themselves are the record: if you're relying on something here, confirm it against the source documents or the Nova Scotia Energy Board's own record. Full disclaimer →