Need Reliable Off-Grid Power? Fiji’s Choice Is Clear: SUNDTA’s All-in-One Solution!

In a significant step toward enhancing renewable energy access, SUNDTA has successfully delivered twenty 2kW off-grid solar systems to a customer in Fiji. The client has completed unpacking and inspection and is now poised to commence installation, marking a pivotal move toward sustainable, independent power.

This project underscores SUNDTA’s distinctive strength as a fully integrated manufacturer. The entire system—comprising 80 units of 420W all-black N-type solar panels, 15 units of 2kW off-grid inverters, and 30 units of 12V 200AH gel batteries—is supplied under the SUNDTA brand. This turnkey delivery exemplifies the company’s one-stop energy storage solution, eliminating the common customer hassle of sourcing and coordinating between multiple component manufacturers. From solar panels and inverters to batteries, SUNDTA provides a seamless, coherent package, ensuring perfect compatibility and streamlined project management from conception to commissioning.

A cornerstone of this reliable solution is the SUNDTA gel battery. Recognized for its enhanced safety profile inherent to lead-acid technology, it offers stable, worry-free energy storage with a significantly lower risk of thermal runaway compared to some alternatives. Furthermore, these batteries are engineered for broad compatibility, capable of seamlessly integrating with a wide array of mainstream energy storage and off-grid inverters on the market. This versatility, combined with SUNDTA's own matched inverter, guarantees consistent and stable power output for the end-user.

The Fiji delivery is more than just a shipment; it is a testament to SUNDTA’s commitment to delivering dependable, self-manufactured clean energy ecosystems. By controlling the production chain of core components, SUNDTA assures quality, simplifies the customer journey, and provides a robust, stable power foundation for off-grid applications worldwide. This project paves the way for expanded access to reliable electricity in remote areas, powered by a single, trusted source.