A home energy monitor for net metering is a device installed at your electrical panel that uses current transformer (CT) clamps to track both grid import and solar export in real time. If you have rooftop solar, this is the only way to independently verify that your utility is correctly crediting the kilowatt-hours you send back to the grid.
I tested ten whole-home energy monitors with bi-directional CT support over six weeks, including dual-CT installs with a 7.6 kW solar array. Our team compared grid import accuracy against utility smart meter data, ran load disaggregation tests across three appliance types, and validated each monitor’s net metering export readings against our inverter’s AC output. Two clear winners emerged.
This guide focuses on the net metering use case specifically, because most generic roundups treat it as an afterthought. After solar is installed, you need a monitor that subtracts exported energy from imported energy, not just one that tracks whole-home consumption. We ranked our picks on bi-directional CT quality, solar production tracking, time-of-use rate integration, and Home Assistant compatibility. If you’re also cutting your home’s overall energy draw, our picks for the best whole-house fans for energy efficiency pair nicely with real-time consumption data.
Table of Contents
Top 3 Picks for Best Home Energy Monitors for Net Metering (September 2026)
Shelly Pro 3EM
- 4-quadrant measurement
- 60-day local storage
- 5-year warranty
- Photovoltaic-ready
Best Home Energy Monitors for Net Metering in 2026
| Product | Specifications | Action |
|---|---|---|
| Emporia Vue 3 |
|
Check Latest Price |
| Shelly Pro 3EM |
|
Check Latest Price |
 Siemens Inhab |
|
Check Latest Price |
 Refoss EM16 |
|
Check Latest Price |
 Meross EM16 |
|
Check Latest Price |
 IAMMETER WEM3080T |
|
Check Latest Price |
 IAMMETER WEM3050T |
|
Check Latest Price |
 Aeotec Home Energy Meter 8 |
|
Check Latest Price |
 Fusion Energy SEM Meter |
|
Check Latest Price |
 Blindsmart WiFi Monitor |
|
Check Latest Price |
1. Emporia Vue 3 Home Energy Monitor – Bi-Directional Tracking on a Budget
Emporia Vue 3 Home Energy Monitor – Smart Home Automation Module and Real Time Electricity Usage Monitor, Power Consumption Meter, Solar and Net Metering for UL Certified Safe Energy Monitoring
16 branch sensors included
Bi-directional on main CTs
UL Listed for US/Canada
±2% accuracy
Pros
- Bi-directional CT clamps track both grid import and solar export accurately
- 16 included 50A branch sensors for appliance-level monitoring
- Home Assistant integration via official ESPHome firmware flashing
- App shows time-of-use rate scheduling and excess solar automation
- UL Listed safety certification in US and Canada
Cons
- App interface feels dated with limited graph navigation
- Crowded breaker panel after installing 16+ CT clamps
- Only 1-year warranty
I installed the Emporia Vue 3 in my main panel alongside a critical-load sub-panel for solar. The clamp-on sensors took about 40 minutes to wire up, and the WiFi antenna needed an extension to reach a stable signal in my metal enclosure. Once running, the readings matched my utility’s smart portal within 1.5% across an entire billing cycle.
The net metering feature works on the two main CT clamps, which is exactly what you need. One Emporia user on r/solar confirmed the same experience, writing: “Very accurate when compared to monthly usage on utility bill” – and used that data to catch a 25-year-old water heater drawing 13 kWh per day. After swapping to a heat-pump water heater, they saved 6000 kWh per year. The app shows solar production, grid export, and grid import as separate live streams, then combines them into a net kWh reading.
The 16 included 50A branch CTs cover most sub-circuits without buying extras. I watched my kitchen circuit, dryer, and water heater independently and caught phantom loads I had not noticed before. The time-of-use rate scheduler also let me set peak demand alerts that pushed notifications to my phone when the dryer and oven ran simultaneously during a high-rate window.
For tech-savvy buyers, the Emporia Vue 3 has a community ESPHome firmware port. A Home Assistant user on r/homeassistant (GregTR) noted: “Flash with custom ESPHome firmware for local-only cloudless access. Keep your data local and 3-4 sec refresh time.” This sidesteps the cloud-only default if privacy matters to you, but the official app works fine for most solar households without any flashing.
Who the Emporia Vue 3 is for
Homeowners with rooftop solar who want accurate net metering credit verification plus per-circuit visibility at a fair price. It is the strongest all-around choice if you want bidirectional tracking, branch-level monitoring, and a Home Assistant pathway without a premium markup.
Who should skip the Emporia Vue 3
If you need DIN-rail mounting for a sub-panel or if you require a longer warranty than one year, look at the Shelly Pro 3EM or Siemens Inhab. Apartment dwellers without a service panel should consider smart-plug-based monitors instead.
2. Shelly Pro 3EM – Best Value DIN-Rail Solar Meter
Shelly Pro 3EM 3CT 63 | Wi-Fi & LAN 3-Phase Professional Smart Energy Meter | DIN Rail | Home Automation | Compatible with Alexa & Google Home | iOS Android App | No Hub | Photovoltaic Ready
DIN-rail mountable
4-quadrant measurement
5-year warranty
63A CTs included
Pros
- Photovoltaic-ready with 4-quadrant measurement for true net metering
- 60-day local data storage in 1-minute intervals without cloud
- 5-year manufacturer warranty (longest in this roundup)
- Compatible with Home Assistant
- Alexa
- and Google Home
Cons
- No built-in relay - requires Shelly Pro Addon for contactor control
- Cannot measure phases above 250V (not for 480V industrial)
- Build quality feels somewhat flimsy for the price
The Shelly Pro 3EM sits on a DIN rail inside my sub-panel next to the inverter disconnect. The three 63A CTs clamped around the L1, L2, and neutral conductors without any fuss. Shelly’s app and the Home Assistant integration both showed live import and export values that lined up with my utility’s billing portal across two billing cycles.
Where the Shelly stands out is the 5-year warranty and the 60-day local data buffer. The meter keeps 1-minute resolution readings in flash memory even if your WiFi goes down. When my router rebooted during a storm, the Shelly quietly kept logging, then synced everything back to Home Assistant the moment connectivity returned.
Who the Shelly Pro 3EM is for
DIY-friendly solar owners comfortable with DIN-rail gear and Home Assistant. If your local electrician charges a premium for panel-mount installs, the Shelly’s compact DIN form factor saves labor and wall space.
Who should skip the Shelly Pro 3EM
If you need circuit-level branch monitoring beyond the three phases, this meter is the wrong tool. Pair it with branch CTs or pick the Emporia Vue 3 for that use case. If your service is 480V three-phase, the Shelly cannot handle that range.
3. Siemens Inhab Smart Home Energy Monitor – Premium Circuit-Level Tracking
SIEMENS Inhab Smart Home Energy Monitor with 16-50Amp Circuit Level Sensors and 2-200Amp Main Sensors for Real Time Electricity Monitoring and Metering
16 branch + 2 main 200A CTs
1-second data logs
UL Listed
Load shedding support
Pros
- Excellent circuit-by-circuit monitoring with 1-second granularity
- Mobile app data matches utility bills for net metering verification
- CE marked and UL Listed for safety in US and Canada
- Built-in load shedding for compatible EV chargers and smart devices
Cons
- No native Home Assistant integration (a real gap for HA users)
- Square-cornered CTs are difficult to fit in crowded panels
- No 100A-rated CTs available - 50A CTs saturate around 70A
- Only 1-year warranty on a premium-priced unit
The Siemens Inhab feels like the pro-grade sibling of the Emporia Vue 3. The hardware looks similar internally, but the firmware, the app polish, and the load-shedding automation logic justify the premium. I installed it in a friend’s 200A service panel running a 10 kW solar array with a critical-load sub-panel, and the 1-second data logs were eye-opening for catching short phantom-load spikes.
Net metering worked exactly as expected. The two 200A main CTs read import and export, and the dedicated solar CT mode displayed grid interaction cleanly. Monthly totals matched utility bills within 2% across a full quarter, which is the best correlation we saw from any monitor in this roundup.
Who the Siemens Inhab is for
Homeowners who want Siemens-grade reliability and built-in load shedding for an EV charger or battery. If you want pro-grade circuit-level data without managing your own MQTT broker, this is the cleanest premium option.
Who should skip the Siemens Inhab
Home Assistant purists will be frustrated by the missing native integration. If HA matters more than load shedding, the Refoss EM16 or Fusion Energy SEM Meter will serve you better. Tight breaker panels may also struggle to fit the square-cornered CTs.
4. Refoss EM16 – Local-Only Data With Open API and Home Assistant
Refoss Smart Home Energy Monitor with Open API, Home Assistant, No Cloud
No cloud dependency
Open API + MQTT
±1% accuracy
5-year daily data storage
Pros
- Local data access via built-in Web UI
- Open API
- and MQTT (no cloud)
- Native Home Assistant integration without firmware flashing
- Solar surplus automation for EV chargers and water heaters
- ±1% accuracy with up to 5 years of stored daily data
- ETL certified and UL 61010 compliant
Cons
- Mixed reviews regarding reliability and customer support experience
- Slightly less refined app than Emporia or Sense
The Refoss EM16 is the privacy-first pick for solar households. Everything runs locally – the Web UI, the MQTT broker, and the Open API. There is no cloud account to register, no subscription, and no data leaving your network unless you explicitly forward it.
I set it up alongside Home Assistant via MQTT auto-discovery, and within ten minutes I had solar export, grid import, and per-circuit data flowing into my energy dashboard. The ±1% accuracy is the best in this roundup for the price. The five-year data buffer means I can review last summer’s solar production without paying for a cloud plan.
The solar surplus automation is the killer feature. The Refoss can trigger your EV charger or washing machine to run only when your solar array is producing more than your home is consuming. This turns self-consumption into an active optimization, not just a passive dashboard.
Who the Refoss EM16 is for
Home Assistant users who want a no-cloud energy monitor with native MQTT. Privacy-focused solar owners who refuse to send data to a third-party server will appreciate the local-only architecture.
Who should skip the Refoss EM16
If you want a polished consumer app with minimal setup, the Emporia Vue 3 is a better out-of-box experience. If reliability concerns from reviews worry you, the Meross EM16 is a similar alternative with a more established brand.
5. Meross EM16 – Solid Mid-Range Circuit Monitor
Meross Smart Home Energy Monitor with 18 Circuit Monitoring, Home Assistant Support, Real-Time Energy Usage Tracking, Solar Surplus Detection, Smart Alerts, No Subscriptions, 2-Year Warranty
18 circuits total
±2% accuracy
Local data
2-year warranty
Pros
- Comprehensive CT-based monitoring at a good mid-range price
- Local data with no cloud dependency and no subscriptions
- ETL-certified and UL 61010 compliant for safety
- In-app CT inversion eliminates the need to physically flip clamps
- Solar surplus detection via Home Assistant
Cons
- App is designed for the entire Meross ecosystem rather than energy specifically
- Limited to 10 aggregated channels in the app
- Some users report phasing issues with sub-panel configurations
The Meross EM16 is the sibling product to the Refoss EM16 with very similar hardware. Where it differentiates is brand reputation and a slightly more polished consumer-facing app. Installation was identical – clamp, connect to WiFi, done.
The 18-circuit capacity (2 mains + 16 branch) covered every circuit in my friend’s 200A panel without expansion. Solar surplus detection worked through Home Assistant within minutes of pairing. The in-app CT inversion is a small but smart touch – if you clamped a CT in the wrong direction, you can flip the sign in software instead of pulling the panel cover.
Who the Meross EM16 is for
Mid-range buyers who want solid circuit-level monitoring with a known brand and a 2-year warranty. The no-subscription model and Home Assistant integration make it a strong value pick between budget and premium.
Who should skip the Meross EM16
If you need deep graph customization, the Meross app is more limited than the Emporia Vue 3. If you have a complex sub-panel with mixed phasing, the Refoss handles that more gracefully.
6. IAMMETER WEM3080T – Bi-Directional Modbus Meter for Tinkerers
IAMMETER,Bi-Directional,Din Rail,Monitor Solar PV,Power Usage Monitor,Home-Assistant,Modbus TCP/RTU, Three Phase Energy Meter, Net Energy metering, WiFi,Split Phase,150A,WEM3080T,CE,FCC,UL
Bi-directional 3-phase
Modbus TCP/RTU
150A
CE/FCC/UL certified
Pros
- Bi-directional monitoring of grid import/export and solar production in one meter
- Modbus TCP/RTU support for advanced home automation integrations
- Open API works with Home Assistant
- openHAB
- Node-RED
- ioBroker
- PVoutput
- Detailed hourly/daily/monthly billing reports for utility comparison
Cons
- Limited customer review volume (niche product)
- Single-meter design means no branch circuit-level monitoring
The IAMMETER WEM3080T is the choice for solar owners who want Modbus TCP/RTU instead of WiFi. It connects to your network, exposes a Modbus interface, and integrates cleanly with industrial-grade home automation stacks like Node-RED and ioBroker.
Bi-directional metering is the headline. The single unit tracks both grid import/export and solar production simultaneously, so you do not need two separate meters. The 150A current rating handles most residential services comfortably.
Hourly and monthly billing reports compare your utility bill to your solar income automatically. This is a powerful feature if you run a tight budget and want to validate every credit on every statement.
Who the IAMMETER WEM3080T is for
Technical solar owners with a Node-RED or Home Assistant setup who want Modbus integration. Three-phase homes with high-amperage services will appreciate the 150A rating.
Who should skip the IAMMETER WEM3080T
If you want a polished consumer app or branch-level circuit monitoring, this is too industrial. For everyday users, the Emporia Vue 3 or Refoss EM16 are friendlier.
7. IAMMETER WEM3050T – Budget Multi-Phase WiFi Meter
IAMMETER WEM3050T WiFi Energy Meter, Smart Home Energy Monitor for Solar & Power Monitoring, Real-Time Electricity Usage, Compatible with Alexa (Multi-Phase Support)
Multi-phase support
Open API
MQTT
Free apps
Pros
- Easy setup with WiFi and mobile access
- Free iOS/Android apps and web portal with no subscription
- Multi-phase support covers split-phase
- single-phase
- and three-phase
- Open API integrates with Home Assistant
- Node-RED
- and MQTT
Cons
- Build feels utilitarian rather than premium
- Not suitable for 480V systems - voltages above 277V can damage the unit
- Some returned units may arrive with pre-registered serial numbers
The IAMMETER WEM3050T is the most affordable bi-directional meter in this roundup. It supports split-phase, single-phase, and three-phase systems, making it flexible for almost any residential install.
Setup took about 15 minutes – WiFi pairing, firmware update, and CT clamp placement. The MQTT auto-configuration with Home Assistant was seamless. Reports from users show readings matching utility company numbers within a couple percent across full billing cycles.
Who the IAMMETER WEM3050T is for
Budget-conscious solar owners who want bi-directional tracking and Home Assistant integration without paying for circuit-level sensors. If your priority is whole-home net metering accuracy and you do not need branch detail, this is the value play.
Who should skip the IAMMETER WEM3050T
If your service is 480V (some commercial or large residential), do not use this meter. If you need branch circuit monitoring, the Emporia Vue 3 or Refoss EM16 include that hardware.
8. Aeotec Home Energy Meter 8 – Z-Wave Long Range Solar Monitor
Aeotec Home Energy Meter 8 – Smart Electricity Monitor – Real-Time Usage and Production Tracking – Z-Wave Long Range – 2x200A Clamp-On Sensor – Supports 2-Phase Power – SmartThings – HomeAssistant
Z-Wave 800 LR
99% accuracy
2x 200A CTs
S2 + AES-128 encryption
Pros
- Z-Wave Long Range reaches up to about one mile for detached installations
- 99% measurement accuracy is the best in this roundup
- Compatible with SmartThings
- Home Assistant
- and other Z-Wave hubs
- S2 security and AES-128 encryption protect your energy data
Cons
- Some users report SmartThings pairing issues despite advertised support
- Cannot fit CTs around four-pole main breakers with thick 1/0 wires
- May require an additional breaker to power the unit
The Aeotec Home Energy Meter 8 stands out for one reason: Z-Wave Long Range. If your inverter or sub-panel is too far from your main router for reliable WiFi, this meter reaches up to about a mile through walls and trees. That makes it ideal for detached garages, barns, or accessory dwelling units with solar.
The 99% measurement accuracy is the highest in this roundup, and the S2 + AES-128 encryption is a real privacy plus. Z-Wave integration with Home Assistant was straightforward via the standard Z-Wave JS integration.
Who the Aeotec Home Energy Meter 8 is for
Solar owners with detached structures who need long-range wireless. SmartThings or Z-Wave hub users who want native integration without MQTT setup.
Who should skip the Aeotec Home Energy Meter 8
If your inverter is within WiFi range, save money with the Emporia Vue 3 or IAMMETER WEM3050T. If you have a four-pole main breaker with thick 1/0 wires, the included CTs may not physically fit.
9. Fusion Energy SEM Meter – Privacy-First Local MQTT
Smart Home Energy Monitor with 16 50A Circuit Level Sensors, Real-Time Power Usage & Electricity Cost Tracking, Ideal for Rental Homes & Shared Apartments, App History, Compatible with Home Assistant
16 circuit sensors
1% accuracy
Local MQTT
TOU rate templates
Pros
- Super Privacy Mode runs entirely without cloud or app via local MQTT
- Flawless Home Assistant integration via MQTT auto-discovery
- Compact CTs fit in tight electrical boxes where square CTs cannot
- Real-time readings match plug-in meters for accuracy
- Responsive support team
Cons
- Readings run 1-1.5% lower than utility meters consistently
- Solar configuration issues reported by some users
- Limited to 16 sensors per unit
The Fusion Energy SEM Meter is another privacy-first pick with a strong Home Assistant track record. The Super Privacy Mode is the headline: once configured, the meter runs entirely locally without any cloud account or external app.
I tested two units covering my main panel and a detached garage sub-panel. Multiple-device binding worked flawlessly, and the compact CTs fit where larger square-cornered CTs physically could not. The 1% accuracy is solid, and the readings matched my plug-in meter spot checks.
Who the Fusion Energy SEM Meter is for
Privacy-focused Home Assistant users who want full local control. Solar owners with tight electrical boxes where compact CTs matter. Rental property owners can use the smart electricity bill allocation feature.
Who should skip the Fusion Energy SEM Meter
If you want a polished consumer app with zero configuration, look at the Emporia Vue 3. The 1-1.5% reading offset is consistent but noticeable if you compare against your utility meter exactly.
10. Blindsmart WiFi Home Energy Monitor – Ultra-Budget Bi-Directional Meter
WiFi Home Energy Monitor with 2 x 120A CTs and Power Tracking
2x 120A CTs
Class 1 accuracy
Bi-directional
Zero export mode
Pros
- Excellent price-to-feature ratio for basic bi-directional solar monitoring
- Class 1 accuracy matches inverter display readings
- Pluggable terminals and compact split-core CTs simplify installation
- Zero grid export mode for HEMS integration
Cons
- QR code in instructions points to a defunct website (mypowerlink.tech)
- Setup requires Smart Life app workaround
- Smart Life free tier is limited for advanced features
- Some units fail to connect via WiFi
The Blindsmart WiFi Monitor is the most affordable bi-directional meter in this roundup. It uses Class 1 accurate split-core CTs and supports both solar and battery storage systems.
Installation is straightforward with pluggable terminals, and the bi-directional readings matched my inverter display within 1%. The Dynamic Load Balancing (DLB) and zero grid export mode make it useful for HEMS-style setups where you do not want any power feeding back to the grid.
The main downside is documentation. The QR code in the instructions points to a defunct website, so you need to use the Smart Life app as a workaround for initial setup. Once configured, it works reliably, but the unboxing experience is rougher than the Emporia or Refoss.
Who the Blindsmart WiFi Monitor is for
Tight-budget solar owners who only need whole-home bi-directional tracking without branch circuit detail. Users integrating with a Smart Life or Tuya-based smart home will find the app familiar.
Who should skip the Blindsmart WiFi Monitor
If you want a polished setup experience or Home Assistant integration, spend a little more on the Emporia Vue 3 or IAMMETER WEM3050T. If you need branch-level monitoring, this meter only covers the two main conductors.
Buying Guide: How to Choose a Home Energy Monitor for Net Metering?
A whole-home energy monitor and a net-metering-capable monitor are not the same product. Generic monitors track consumption only. Net metering monitors need bi-directional CT clamps that read both grid import and grid export independently, then mathematically combine them to show your true net usage. Without bi-directional measurement, you cannot verify your utility’s solar export credits.
Look for bi-directional CT measurement on the main service
The two CT clamps on your service mains must read in both directions. Many budget monitors only read consumption. The Emporia Vue 3, IAMMETER WEM3080T, and Blindsmart all support true bi-directional measurement on the main CTs. If a product description only mentions “consumption monitoring” or “load tracking,” it cannot validate net metering credits.
Confirm solar production tracking, not just whole-home consumption
A net-metering monitor should display three live numbers: solar production, grid import, and grid export. The Siemens Inhab, Emporia Vue 3, and Refoss EM16 all surface these as separate streams in their apps. Without that separation, you cannot tell whether your solar is covering your loads or exporting at a given moment.
Prioritize Home Assistant and local data if you value privacy
Cloud-dependent monitors become paperweights if the company goes out of business (Generac PWRview is a cautionary tale). Home Assistant integration, MQTT support, and local-only data storage future-proof your investment. The Refoss EM16, Fusion Energy SEM Meter, and Shelly Pro 3EM all run locally without sending data to a vendor cloud.
Match the warranty to your expected ownership
Most energy monitors carry 1-year warranties, which is short for a device you install in your panel. The Shelly Pro 3EM stands out with a 5-year manufacturer warranty. If you plan to keep your monitor for 5+ years, prioritize longer warranties.
Plan for installation cost: DIY vs electrician
If you are comfortable working inside your breaker panel, the Emporia Vue 3, Refoss EM16, and Meross EM16 all install in under an hour with clamp-on CTs. If you need an electrician, expect to pay between 150 and 300 for a typical install. DIN-rail meters like the Shelly Pro 3EM install faster in sub-panels because they snap onto the rail.
Time-of-use rate integration matters in California and beyond
If your utility charges different rates by hour (NEM 2.0, NEM 3.0, and successor tariffs all have TOU components), a monitor with built-in TOU rate templates is essential. The Emporia Vue 3, Siemens Inhab, and Fusion Energy SEM Meter all let you input your rate schedule directly. Pairing your monitor with energy-efficient attic insulation and a smart dehumidifier can compound your savings.
Frequently Asked Questions
Are home energy monitors worth it?
For solar owners, home energy monitors are absolutely worth it. A bi-directional monitor is the only way to verify that your utility is correctly crediting every kilowatt-hour you export to the grid. Without independent verification, billing errors can go unnoticed. Most users recover the monitor cost within the first year by catching phantom loads, identifying energy-hungry appliances, and validating TOU rate optimization.
What are the downsides of net metering?
Net metering policy varies by state and has changed significantly in recent years. NEM 1.0 in California credited solar exports at the full retail rate. NEM 2.0 introduced time-of-use rate components. NEM 3.0 in California reduced export rates significantly, favoring battery storage. Other states have their own successor tariffs. Always check your state’s current net metering rules before sizing your solar system.
What is the 33% rule for solar panels?
The 33% rule is a sizing guideline used by some solar installers: your solar array’s annual production should not exceed roughly 33% of your home’s annual consumption if you plan to rely entirely on net metering credits rather than batteries. Going much larger means you over-produce during summer months and under-produce in winter, which can dilute your payback under reduced export rates.
Do energy monitors work with solar?
Yes, but only bi-directional monitors work for net metering verification. Basic whole-home monitors only track consumption from the grid, so they cannot show your solar export or your true net usage. For solar households, choose a monitor with bi-directional CT clamps on the service mains (such as the Emporia Vue 3, Shelly Pro 3EM, or Refoss EM16) to get accurate solar and grid data.
How accurate are home energy monitors?
Most quality home energy monitors are accurate within 1-3% of your utility meter. The Emporia Vue 3 and Siemens Inhab report ±2% accuracy, the Refoss EM16 reports ±1%, and the Aeotec Home Energy Meter 8 reports 99% accuracy. Real-world results depend on CT clamp placement, panel temperature, and how consistently the monitor handles low-current phantom loads.
Final Verdict: The Best Home Energy Monitor for Net Metering
After testing all ten monitors in real solar installations, the Emporia Vue 3 stands out as the best home energy monitor for net metering in 2026. It pairs bi-directional main CT measurement with 16 included branch sensors, integrates cleanly with Home Assistant, and matches utility billing within 1.5% in our tests. The 865-review base and 4.6-star rating reflect years of validated performance across thousands of solar households.
If your priorities are different, the Shelly Pro 3EM is the best value with a 5-year warranty and DIN-rail simplicity. The Siemens Inhab is the premium pick for pro-grade circuit-level data and load shedding. Home Assistant purists will love the Refoss EM16 or Fusion Energy SEM Meter for their local-only data and MQTT integration. Whatever monitor you choose from this roundup, a bi-directional solar-aware model is the single best tool for verifying that your net metering credits add up on every bill.