Off-grid solar Inverters are standalone power solutions that allow you to power your home, business, or remote location without relying on the electricity grid. The power inverters are designed to convert the DC power, generated from solar panels, into AC power, which is suitable for most electrical appliances.
Unlike grid-tied inverters, off-grid solar inverters operate independently of the electrical grid and, as such, are designed for locations without access to or unreliable access to the grid. They find their applications in varied fields like rural areas, backup power systems, and mobile applications for RVs or boats.
One of the major roles of off-grid solar inverters is managing the battery. These systems ensure that batteries store energy acquired from the sun during periods when there is no sunshine, like night or on cloudy days. The advanced battery management system allows better regulation of charge and discharge cycles, improving the life of batteries and overall energy efficiency.
Off-grid solar inverters have load management features that allow the owner to prioritize energy use. You will hence be in a position to manage different appliances' power demands and ensure the most important devices get power if the energy availability is low.
Most off-grid inverters are designed with an integrated backup system that automatically switches to backup power sources once the batteries are fully discharged. This system ensures continuity in the power supply in critical situations to keep your essential devices up and running.
These off-grid inverters have become a very reliable and maintainable source of power in remote areas where there is no grid or very poor grid availability. Systems like these can power anything from homes and small businesses to remote repeater or communication stations.
Example: A mountain cabin was supplied by an off-grid solar system with electricity for lighting, refrigeration, and communication equipment.
Off-grid solar inverters are used as backup power very often in case of grid failure. They store excess energy coming from the sun in batteries and provide backup power in case of a grid failure to keep homes or businesses up and running during an outage.
Example: A hospital uses an off-grid solar inverter to ensure an uninterrupted power supply for critical equipment during power outages.
Off-grid solar systems also find their perfect fit in mobile applications like RVs, boats, and outdoor camping. This will provide power for lights, appliances, and electronics on the go without the need for connections to an external grid.
Example: A. family uses an off-grid solar system in their RV to power air conditioning, lighting, and other devices while traveling through remote areas.
We offer a wide range of Off-Grid Solar Inverters to meet the diverse needs of our customers:
Economy Series
Affordable, compact systems suitable for small homes and cabins. Provides basic off-grid functionality with efficient power management.
Premium Series
Designed for larger off-grid systems, including homes, businesses, and remote operations. Features advanced battery management, load prioritization, and scalable configurations.
Commercial Series
High-performance solutions for larger-scale off-grid projects, offering robust energy storage and management for industries and commercial applications.
|
Feature |
Off-Grid Solar Inverter |
Grid-Tie Solar Inverter |
|
Grid Connectivity |
No (Independent of the Grid) |
Yes (Connected to the Grid) |
|
Energy Storage |
Yes (Requires Batteries) |
No (Relies on Grid Energy) |
|
Backup Power |
Yes |
No (Grid Provides Backup) |
|
Cost |
Higher Initial Setup (due to batteries) |
Lower Initial Setup (no battery storage) |
|
Efficiency |
Moderate (Storage Dependent) |
High (Grid Power Integration) |
|
Maintenance |
High (Requires Regular Battery Maintenance) |
Low (No Battery Maintenance) |
Designing an off-grid solar system involves several steps:
The people of rural villages in Africa have lived with very little access to the grid over the years. Off-grid solar systems, powered by off-grid solar inverters, provide schools, clinics, and houses with reliable electricity for the very first time, enabling good education, quality health service, and improvement in general living conditions.
A hospital in a region that frequently suffers from power outages has installed an off-grid solar inverter system. The off-grid solar inverter system maintains the work of critical medical equipment during interruptions, ensuring the health and safety of the patients.
A traveling couple across North America installed an off-grid solar system on their RV and were able to power appliances and electronics thanks to Off-Grid Solar Inverters as they traveled without any grid connection.
Choosing solar and wind energy storage systems is not just about saving money on your electricity bill
it's about having a clean, blue planet for future generations.