Smart Plug Energy Monitor Connector for AI agents.

Yes, it helps you identify exactly which appliances are pulling the most power and how much they cost you in dollars. By finding these high-cost items, you can make informed choices about what to unplug or upgrade.

It identifies 'vampire power' which is the energy drained by devices that stay plugged in even when they are turned off. It estimates the annual cost of this waste so you can see how much money is leaking.

You can use it to compare two different models side by side. It calculates the long-term cost of running each model so you can see the actual savings of an upgrade instead of just looking at the sticker price.

Yes, it can factor in your specific utility billing tiers and fees. This turns abstract electricity usage into concrete dollar amounts based on your actual local rates.

The costs are based on the specific wattage and usage time you provide. It performs the math accurately to give you a clear picture of your energy spend without any manual guesswork.

Yes, it specifically looks for the energy drain from devices that are essentially idle. It helps you see the annual cost of that waste, which is often a hidden part of your monthly bill.

It is excellent for office audits because it can calculate the running costs of multiple appliances across different billing tiers, helping you identify the most efficient way to run your workspace.

It uses calculate_active_energy to multiply wattage by daily hours and period days, converting the result into kilowatt-hours (kWh).

Yes, by using calculate_running_cost and providing a JSON array of usage tiers containing limits and price increases.

It refers to the energy consumed by devices in standby mode. You can estimate this annual cost using analyze_standby_drain.