UTL 8kW Hybrid Solar Combo| HYB-8K-GXLT2 | 590W TOPCon Bi-Facial (Non-DCR) Dual Glass Solar Panels | ULIBES 51.2V/100Ah Lithium-ion Battery

Faqs

1. What is the total solar capacity of the UTL 8kW hybrid system?
The system has a total installed capacity of 8.26 kWp, using 14 (590W) TOPCon bifacial dual glass solar panels for improved daily energy generation.

2. What type of inverter is included in this hybrid system?
The system is equipped with a UTL HYB-8K-GXLT2 3-phase hybrid solar inverter, designed to coordinate solar power generation, grid interaction, and battery storage. It uses MPPT-based solar input optimization to maintain optimal operating conditions for the solar array, while the 3-phase architecture ensures stable load sharing and balanced power distribution across connected circuits.

3. How does the hybrid inverter manage power sources?
The inverter intelligently coordinates solar power, grid supply, and battery charging, ensuring uninterrupted operation during grid outages.

4. How does bifacial technology improve energy generation?
Bifacial solar panels are designed to generate electricity from both the front side (direct sunlight) and the rear side (reflected and diffused light). The rear surface captures light reflected from surrounding surfaces such as rooftops or the ground, which increases total energy output. When installed with adequate spacing and reflective surfaces, bifacial technology helps enhance overall energy yield without increasing panel area, contributing to more consistent daily generation.

5. What battery configuration is included with this system?
The system is supplied with two ULIBES 51.2V/100Ah lithium-ion batteries, configured to support hybrid operation with the inverter. This battery setup enables reliable energy storage for use during grid outages or low solar generation periods. Lithium-ion technology offers higher usable capacity, faster charging, and consistent performance over time. It contributes to extended backup availability and a longer operational lifespan compared to conventional battery systems.