Advanced metering infrastructure (AMI) isn’t new—but it’s finally coming to VPPSA communities. Across Vermont, more than 300,000 electric customers already benefit from smart meters that offer near to real-time data, faster outage response, and more accurate billing. Until now, many public power customers in smaller towns haven’t had access to the same technology as their neighbors. That’s changing. With the help of statewide investments and collaborative planning, VPPSA member utilities are upgrading systems and bringing our customers into the modern energy era—without raising rates. The result? More insight. More reliability. Better service to our customers.
Why Upgrade to Smart Meters?
More Accurate Billing
Get precise measurements of your electricity usage for fair and transparent billing.
Smarter Energy Use
Gain insights into your consumption patterns to make informed decisions about your energy use.
Faster Outage Detection
Utilities can identify and respond to power outages more quickly, reducing downtime.
Better for the Environment
Support energy efficiency initiatives and integration of renewable energy sources.
Private & Secure
Your data is protected with encryption and strong cybersecurity protocols.
AMI deployment across VPPSA communities
ON DECK: Swanton Electric Department
Installations begin May 2025
Residents notified via mailers & door hangers
Local installers in Swanton Electric uniforms
Swanton Electric Customer Service:(802) 868-3397
Tranche 2 (Summer–Fall 2025)
Hardwick
Northfield
Lyndonville
Enosburg Falls
Tranche 3 (Late 2025–Late 2026)
Morrisville
Barton
Johnson
Jacksonville
Orleans
Ludlow
Notice to All Customers:
Each utility will provide:
Advance notice of installation
Personalized updates on your utility's AMI deployment through mailers
Contact info for questions
❓ Frequently Asked Questions
💡General Info
What is AMI? AMI is a network of smart meters that enables two-way communication between utilities and customers.
How does an AMI meter differ from a traditional meter? Traditional meters are read manually. AMI meters transmit data automatically.
Will AMI increase my electricity bill? AMI reveals accurate usage data, which may differ from old meters, but the technology itself doesn't raise rates.
What are the primary benefits of AMI for residential customers? More accurate billing, outage detection, energy insights, cost savings, and utility efficiency.
How can AMI help me save money on my energy bill? By giving you detailed usage data so you can adjust your consumption habits.
How does AMI benefit the environment? It supports energy efficiency, reduces need for excess generation, and enables renewable integration.
How does AMI improve grid reliability? It helps utilities detect and address issues in real-time, enabling proactive maintenance.
📈Billing & Energy Use
Will I see more detailed billing with AMI? Yes, including usage by hour or day if offered by your utility.
Can I use AMI data to track individual appliance usage? Not directly—AMI measures overall use. Smart plugs or monitors can help with specifics.
Can AMI help me understand peak and off-peak energy times? Yes, it tracks when you use energy most so you can shift usage if time-of-use rates are available.
How often does an AMI meter send data? Varies by utility—typically every 15 minutes to 8 hours.
Can I view my AMI data in real-time? Some utilities offer portals; others may have a delay between data collection and display.
Will AMI require me to change my appliances? No. AMI meters work with all standard appliances.
Will I see more accurate bills? Yes. AMI prevents under- or over-estimation and ensures meter accuracy.
Does AMI support time-of-use rates? Yes. AMI enables time-based rates and customer flexibility if your utility offers them.
🔐Privacy & Safety
Will AMI compromise my privacy? No. It transmits encrypted usage data without personal identifiers.
Is the radiation from AMI meters harmful? No. RF levels are minimal and within federal safety standards.
How secure is the data transmitted by AMI meters? Encrypted and protected with cybersecurity protocols.
Will AMI data be shared with third parties? Not without your permission. Utilities follow Vermont privacy laws and do not share customer data.
Will my personal information be protected? Yes. Only usage data is transmitted—no PII is included.
🔧Installation & Equipment
How long will it take for AMI to be installed in my area? Swanton: mid-May 2025. Tranche 2: Summer–Fall 2025. Tranche 3: Late 2025–Early 2026.
Will an AMI meter work if there is a power outage? Yes. It stores data during outages and resumes normal function afterward.
What happens if there’s an issue with my AMI meter? The utility is automatically alerted and will resolve the issue quickly.
How durable are AMI meters? They last 15+ years and withstand Vermont weather.
Are there any hidden fees associated with AMI meters? No, unless your meter socket needs repair, which may be the customer’s responsibility.
Will I need to replace my AMI meter in the future? Not for a long time—typical lifespan is over a decade.
How do I know if my AMI meter is working correctly? Utilities are alerted to malfunctions. You can also request a test.
What should I do if I experience an issue with my AMI data? Contact your utility. They can quickly investigate and correct it.
Does AMI improve my utility’s customer service? Yes. Customer service reps can access real-time data to better address concerns.
🚗Smart Tech & Renewables
Does AMI support renewable energy integration? Yes. AMI meters are bi-directional and support solar integration.
Does AMI support electric vehicle (EV) adoption? Yes. It helps utilities understand and plan for EV charging patterns.
How does AMI impact future energy programs? It enables time-of-use rates, demand response, and future grid innovations.
Is AMI compatible with smart home devices? Yes. While it doesn’t control devices, it works alongside them for better monitoring.
Is AMI compatible with future energy technologies? Yes. It supports battery storage, microgrids, and other innovations.
Will my AMI data show me if I’m using too much energy at certain times? Yes. The data reveals spikes in usage that help pinpoint issues or habits driving costs.
What if I don’t want an AMI meter? You have the right to opt out. Contact your utility for options.
Does AMI increase the likelihood of power outages? No. It actually helps reduce downtime by alerting the utility instantly when issues arise. It supports energy efficiency, reduces need for excess generation, and enables renewable integration.
Billing & Energy Use
Will I see more detailed billing with AMI?
Yes, including a more accurate snapshot of your electricity usage.
Can I use AMI data to track appliance use?
Not directly—AMI measures overall use. Smart plugs or monitors can help with specifics.
Can AMI show me peak/off-peak times?
Yes, it tracks when you use energy most so you can shift usage if time-of-use rates are available.
How often does AMI send data?
Varies by utility—typically every 15 minutes to 8 hours.
Can I view AMI data in real-time?
Some utilities offer portals; others may have a delay between data collection and display.
Privacy & Safety
1
Will AMI compromise my privacy?
No. It transmits encrypted usage data without personal identifiers.
2
Is radiation from AMI meters harmful?
No. RF levels are minimal and within federal safety standards.
3
How secure is the data transmitted?
Encrypted and protected with cybersecurity protocols.
4
Will my AMI data be shared with third parties?
No. Customer data is not shared without consent.
Installation & Equipment
Smart Tech, EVs & Renewables
Does AMI support renewable energy?
Yes. AMI meters are bi-directional and support solar integration.
Does AMI support EVs?
Yes. It helps utilities understand and plan for EV charging patterns.
How does AMI impact future energy programs?
It enables time-of-use rates, demand response, and future grid innovations.
Is AMI compatible with smart home devices?
Yes. While it doesn't control devices, it works alongside them for better monitoring.
Is AMI compatible with future energy technologies?
Yes. It supports battery storage, microgrids, and future energy programs.