A strategic approach to prioritizing use cases for maximum impact
Advanced metering infrastructure (AMI) has transformed utility operations, but many organizations struggle to maximize their return on investment. While AMI 1.0 improved billing accuracy and operational efficiency, its full potential remained untapped due to data underutilization and integration challenges. AMI 2.0 addresses these limitations by enabling real-time, two-way communication and advanced analytics, unlocking new opportunities for cost savings, grid reliability, and customer satisfaction.
This white paper provides a structured framework for utilities to identify and prioritize AMI 2.0 use cases, ensuring strategic investments deliver measurable value.
Download the white paper to learn how AMI 2.0 can drive long-term operational and regulatory success.
Key takeaways
Lessons from AMI 1.0
Understand the challenges that limited the first wave of AMI implementations and how AMI 2.0 overcomes them.
AMI 2.0 advancements
Learn how real-time data, predictive analytics, and edge intelligence enhance grid operations and customer engagement.
Prioritizing high-impact use cases
Discover a data-driven framework to assess and implement AMI 2.0 capabilities for maximum ROI.
Building a business case
Explore strategies for aligning AMI 2.0 investments with financial, regulatory, and operational objectives.
Grab your copy of Unlocking the ROI of AMI 2.0: A strategic approach to prioritizing use cases for maximum impact
A glimpse into Unlocking the ROI of AMI 2.0: A strategic approach to prioritizing use cases for maximum impact
Advancing grid intelligence with AMI 2.0
AMI 2.0 extends the capabilities of metering infrastructure, integrating real-time communication, predictive analytics, and advanced grid automation for a smarter and more resilient grid. These improvements allow utilities to make faster, data-driven decisions that benefit both operations and customers.
AMI 2.0 introduces several enhancements that improve grid intelligence and operational efficiency, including:
- High-frequency data: Enables more granular load monitoring, faster fault detection, improved outage restoration, and enhanced grid visibility.
- Edge computing: Supports real-time voltage regulation, localized anomaly detection, and faster outage response.
- AI-driven analytics: Enhances predictive maintenance, fault detection, load forecasting, and overall grid optimization.
- Advanced customer insights: Provides personalized energy insights, enables demand-side management, and improves participation in efficiency programs.
By leveraging these capabilities, utilities can transition from basic metering functions to comprehensive grid optimization strategies that enhance reliability, reduce costs, and improve customer satisfaction.
Ready for more? Download your copy of Unlocking the ROI of AMI 2.0: A strategic approach to prioritizing use cases for maximum impact today.
