Where does the output from a stand-alone inverter go?

The output from a stand-alone inverter primarily goes to loads. A stand-alone inverter is designed to convert DC electricity from a power source, such as solar panels or batteries, into AC electricity that can be used to power various electrical devices or loads directly. This type of inverter is typically utilized in off-grid systems where there is no connection to the utility grid.

The key function of the inverter is to ensure that the electricity generated can be used immediately to power appliances and other devices without the need for intermediaries or additional systems. Since stand-alone systems are independent, the focus is on delivering the generated power directly to the intended loads, such as lights, appliances, or tools, for immediate use.

In contrast, the other options describe scenarios that either involve grid connections or energy storage. While some inverters can send electricity to the grid or charge batteries, a stand-alone inverter's primary role is centered on supplying power to loads within a localized system. Thus, the correct context and operation of a stand-alone inverter emphasize its direct connection and service to loads.