Understanding the efficiency of a 9.6kW solar system

Get to know two devices that will help bring the energy grid to the next level, helping power homes with great environmental benefits.

There's a component within the photovoltaic (solar energy) network that provides electricity to homes, acting as the pillar that ensures power loads don't damage appliances. This is the inverter, a device responsible for converting direct current (the type generated by solar cells and flows in one constant direction) into alternating current. In alternating current, electrons move in both directions at regular intervals, allowing for the monitoring of frequency, magnitude, and phase. Moreover, when energy is transmitted over long distances–as it often is in order to get from where it is generated to where it is consumed–more of the energy arrives at its destination than if transmission were done using DC current.

While inverters are commonly associated with providing the type of electricity used by many household appliances, they provide several other benefits, such as:

- Monitoring the performance of the network.

- Correcting changes in frequency and voltage.

- Redirecting unused current in the installations.

- Protection against overloads and short circuits.

- Supplying appropriate power and monitoring quality.

The ideal inverter for a home enhances the system's safety and provides appliances with the current they need to operate optimally. Moreover, choosing the right power inverter is a crucial step towards disconnecting from traditional electricity distribution methods, so it should be carefully selected, considering the needs it will have to meet. Some aspects to evaluate are:

- Energy efficiency

- Percentage of energy loss when converting

- Compatibility with solar panels, batteries, and regulator

- Ease of use and operation

- Product quality and warranty

- Technical support

- That it is manufactured and backed by industry standards

Discover the Power of the GEH US 5-9.6kW

GE solar inverters are an excellent example of designs that meet all the requirements previously mentioned when integrating a 9.6 kW solar system. For example the GEH US 5-9.6kW, a split-phase hybrid that allows up to four maximum power point trackers (MPPT). Its capacity ranges from 5 kW to 9.6 kW.

The GEH US 5-9.6kW was developed to allow homes to incorporate an energy independence device that makes energy generation more efficient, while providing comfort and safety. Here are just a few of its qualities:

- Compatibility with diesel generators

- Includes an external autotransformer (120 VAC output)

- Up to 150% DC oversizing capability

- Arc-fault circuit interrupter (AFCI)

On the other hand, the GEH US 5-11.4kW (three-phase) is also available. This split-phase inverter matches high-voltage batteries (80-495V) and has a power range from 5 kW to 11.4 kW. It includes an EV charger function to provide current to cars. Other standout features include:

- Whole-house backup

- Suitable for complex roofs

- Optimization included

Finally, it's important to remember that choosing an inverter involves making a decision for the future, as it is an enduring part of the infrastructure that will enable your appliances to be powered without resorting to methods that harm the environment.