Compare smart energy meters, solar inverters, and monitoring platforms with a stronger focus on everyday usability, solar fit, Home Assistant support, and long-term flexibility.
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A practical guide to what solar export limits mean in Australia, how curtailment changes battery economics, and when load shifting or a home battery becomes the better move.
A practical guide to choosing between flat-rate and time-of-use electricity tariffs for Australian solar homes, including when batteries, EV charging, and load shifting change the answer.
A practical review of PVOutput in 2026, including who it suits, how it compares with Home Assistant and inverter apps, and which limits matter before you commit.
New articles stay focused on what helps people choose well: installation fit, monitoring quality, compatibility, and whether the setup remains useful over time.
A practical Australia-focused guide to whether PVOutput is still worth using in 2026, including where it beats inverter apps, where it does not, and who should still care.
A practical guide to choosing a solar monitoring system in Australia, including inverter apps, add-on consumption monitoring, local-first meter setups, and the data that actually matters.
Usually you need a smart meter for a modern grid-connected solar setup in Australia, but you do not need a utility smart meter to get good solar monitoring. This guide explains the difference.
Browse meters, inverters, storage, and gateways with more attention to homeowner fit, installation context, and what each product is actually like to live with.
A branded three-phase panel meter that makes the most sense in electrician-led installations where reliability and familiar hardware matter more than app convenience.
A compact three-phase Modbus meter that is best suited to installer-led monitoring systems rather than app-first homeowner setups.
A three-phase Modbus meter often chosen because it fits well with inverter-led solar installations and export-control setups.
A three-phase Modbus meter that suits installer-led solar and sub-metering projects better than app-first DIY setups.
A compact single-phase inverter for homeowners who want a mainstream solar brand, straightforward monitoring, and a low-friction residential install.
A compact three-phase Wi-Fi meter for homeowners who want whole-home or solar monitoring in a smaller DIN-rail format without giving up local data options.
A single-phase Wi-Fi energy meter for homeowners who want solar import/export tracking, app access, and a practical path into Home Assistant or other dashboards.
A more premium three-phase Wi-Fi meter for solar homes that want richer energy visibility, stronger long-term monitoring value, and better support for advanced dashboards.
Compare cloud services, dashboards, and smart-home integrations based on how well they fit a real household workflow rather than a lab-style demo.
A local-first home energy platform for combining grid, solar, battery, and device data in one dashboard and one automation system.
Cloud-based solar monitoring and comparison service for uploading inverter, meter, and battery data, tracking 5-minute performance, and benchmarking against similar systems.
Managed cloud energy monitoring software for IAMMETER smart meters, with real-time dashboards, solar self-consumption tracking, tariff-based billing, alerts, and multi-site analysis.
Self-hosted IAMMETER-Docker energy monitoring software for Raspberry Pi and private servers, with a local dashboard, REST API, meter upload endpoint, and optional cloud forwarding.
Useful when you already know the vendor and want a quicker sense of the devices, product focus, and where that manufacturer fits in the wider monitoring ecosystem.
Explore the project's own firmware, dashboards, and tooling with the same emphasis on readability, protocol openness, and maintainability.
Compact ESP32-C3 energy bridge for local monitoring, simple browser setup, and IAMMETER-compatible upload.
Friendly self-hosted gateway for watching local energy data in a browser and forwarding it to IAMMETER-compatible services.
Friendly local simulator for trying energy-monitoring flows before you have a real meter on the desk.
