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Emporia Vue 3 16-Sensor Smart Circuit Energy Monitor with Split-Phase Home Tracking System
Emporia Vue 3 16-Sensor Smart Circuit Energy Monitor with Split-Phase Home Tracking System
Regular price
$282.00 CAD
Regular price
$565.00 CAD
Sale price
$282.00 CAD
Quantity
Couldn't load pickup availability
Description
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The Emporia Vue 3 Circuit Monitor is a high-precision home energy management system designed for real-time power tracking, solar net metering, and detailed circuit-level monitoring. With support for up to 16 branch circuits plus whole-home measurement, it provides accurate insights into energy usage, helping homeowners reduce electricity costs and optimize solar and backup power systems.
Key Features:
- Real-Time Energy Monitoring: Tracks whole-home and individual circuit usage instantly
- 16-Circuit Tracking: Monitors up to 16 branch circuits for detailed energy breakdown
- High-Precision Sampling: Samples data 24,000 times per second for accuracy
- Split-Phase Support: Compatible with standard residential solar and grid systems
- Solar Net Metering Ready: Tracks energy production and consumption
- Emporia App Integration: View usage by minute, hour, day, week, month, or year
- Custom Alerts & Notifications: Detect unusual power spikes instantly
- Wi-Fi & Ethernet Connectivity: Stable, continuous data transmission
- Smart Home Integration: Works with Emporia EV chargers, smart plugs, and storage systems
- Easy Circuit Labeling: Customize and organize appliance-level tracking
Specifications:
- Product Type: Home Energy Monitoring System
- Channels Supported: 2 × 200A main CT sensors + 16 branch sensors
- Data Sampling Rate: 24,000 samples per second
- Calculation Interval: RMS every 0.5 seconds
- Connectivity: Wi-Fi / Ethernet
- System Type: Split-Phase / 3-Phase Compatible
- Application: Residential energy monitoring, solar systems, EV charging, smart homes
- Included Components: Main hub, 2 × 200A CT sensors, 16 × branch CT sensors, mounting hardware
- Installation Type: In-panel circuit installation
- Warranty: 1-Year Limited Warranty
Orders are processed within 1-3 business days. Delivery typically takes 7-14 business days for domestic orders and 10-20 days for international shipments. Tracking information will be provided once your order ships.
Frequently Asked Questions
Does the Vue 3 Circuit Monitor with 16 Sensors work with split-phase home panels and solar net metering?
Yes. The Vue 3 Circuit Monitor with 16 Sensors (Gen 3) Split Phase is built for split-phase residential panels and supports solar net metering without extra hardware. It includes two 200A main CT sensors to measure whole-home usage and import or export activity, which is the setup most modern U.S. homes use. It also gives second-by-second monitoring, with about 24,000 samples per second and RMS averages every half-second, so you can see live power flow and historical trends in the Emporia app. This is especially useful for homeowners with rooftop solar who want to track grid usage, solar contribution, and major household loads in one place. It is a strong fit for homes that want better visibility into energy bills or time-of-use usage. The main limitation is that full functionality depends on an internet connection through 2.4 GHz Wi-Fi or Ethernet.
What can I monitor with the 16 included sensors, and is it enough for a typical home?
Yes, for many homes, 16 branch sensors is enough to cover the circuits that matter most. Along with the two 200A mains for whole-home monitoring, the 16 branch sensors let you track individual circuits such as HVAC, water heater, oven, dryer, EV charger, furnace, or a solar inverter. In the app, each circuit can be labeled, compared over time, and reviewed by minute, hour, day, week, month, or year, which makes it easier to identify energy spikes and high-cost loads. This setup works best for homeowners who want appliance-level data without monitoring every single breaker in the panel. It is especially useful if you want to focus on a few heavy loads first and refine sensor placement later. If you have a very large panel, multiple subpanels, or want circuit-by-circuit coverage beyond 16 branches, the system can be expanded with additional Vue units.
Is this circuit monitor good for tracking an EV charger, HVAC, and other high-use appliances in real time?
Yes. The Vue 3 Circuit Monitor is designed for real-time tracking of major electrical loads, including EV chargers, HVAC systems, water heaters, and other high-use circuits. It updates usage every second and calculates RMS averages every half-second, so you get fast visibility into when large loads turn on, how long they run, and what they cost in watts or dollars. It also supports alerts for unusual activity or high consumption, which is useful for spotting a charger running longer than expected or an HVAC system cycling heavily. This makes it a strong choice for households trying to manage peak demand, monitor energy-hungry equipment, or coordinate charging behavior with compatible smart devices. It is especially helpful for EV owners and homes with variable electric loads. For safety, installation is considered DIY-friendly, but an electrician is recommended because the sensors are installed inside the electrical panel.
Frequently Asked Questions
Does the Vue 3 Circuit Monitor with 16 Sensors work with split-phase home panels and solar net metering?
Yes. The Vue 3 Circuit Monitor with 16 Sensors (Gen 3) Split Phase is built for split-phase residential panels and supports solar net metering without extra hardware. It includes two 200A main CT sensors to measure whole-home usage and import or export activity, which is the setup most modern U.S. homes use. It also gives second-by-second monitoring, with about 24,000 samples per second and RMS averages every half-second, so you can see live power flow and historical trends in the Emporia app. This is especially useful for homeowners with rooftop solar who want to track grid usage, solar contribution, and major household loads in one place. It is a strong fit for homes that want better visibility into energy bills or time-of-use usage. The main limitation is that full functionality depends on an internet connection through 2.4 GHz Wi-Fi or Ethernet.
What can I monitor with the 16 included sensors, and is it enough for a typical home?
Yes, for many homes, 16 branch sensors is enough to cover the circuits that matter most. Along with the two 200A mains for whole-home monitoring, the 16 branch sensors let you track individual circuits such as HVAC, water heater, oven, dryer, EV charger, furnace, or a solar inverter. In the app, each circuit can be labeled, compared over time, and reviewed by minute, hour, day, week, month, or year, which makes it easier to identify energy spikes and high-cost loads. This setup works best for homeowners who want appliance-level data without monitoring every single breaker in the panel. It is especially useful if you want to focus on a few heavy loads first and refine sensor placement later. If you have a very large panel, multiple subpanels, or want circuit-by-circuit coverage beyond 16 branches, the system can be expanded with additional Vue units.
Is this circuit monitor good for tracking an EV charger, HVAC, and other high-use appliances in real time?
Yes. The Vue 3 Circuit Monitor is designed for real-time tracking of major electrical loads, including EV chargers, HVAC systems, water heaters, and other high-use circuits. It updates usage every second and calculates RMS averages every half-second, so you get fast visibility into when large loads turn on, how long they run, and what they cost in watts or dollars. It also supports alerts for unusual activity or high consumption, which is useful for spotting a charger running longer than expected or an HVAC system cycling heavily. This makes it a strong choice for households trying to manage peak demand, monitor energy-hungry equipment, or coordinate charging behavior with compatible smart devices. It is especially helpful for EV owners and homes with variable electric loads. For safety, installation is considered DIY-friendly, but an electrician is recommended because the sensors are installed inside the electrical panel.
