Renewable Energy Storage System

Payback period depends on electricity rates, solar production, and incentives. Typical ranges: 5-8 years with high electricity rates and good solar resource, 8-12 years with average conditions. Factors affecting payback: Electricity rate structure (time-of-use rates improve economics), Net metering policy, Local incentives and rebates, Battery cost trends (declining 10-15% annually). Conduct detailed financial analysis for your specific situation.

Contact our FAE team for economic analysis and payback calculation for your project.

Narada LiFePO4 batteries are designed for 6000+ cycles at 80% depth of discharge. In typical solar applications: Daily cycling - 15-20 year lifespan, Weekly cycling - 20+ year lifespan. End of life is typically defined as 80% of original capacity. Even after this point, batteries continue to function with reduced capacity. Actual lifespan depends on: Operating temperature (cooler is better), Depth of discharge (shallower is better), Charge/discharge rate (gentler is better).

Narada batteries provide excellent longevity for solar applications. Proper system design maximizes battery life.

Yes, Narada energy storage systems can provide backup power during grid outages. The system includes: Automatic transfer switch for seamless transition, Sufficient capacity for critical loads (typically 4-24 hours), Optional generator integration for extended outages, Smart load management to prioritize essential circuits. Backup duration depends on: Battery capacity installed, Critical load power consumption, Whether solar charging continues during outage. Size system for your specific backup power requirements.

Specify backup power requirements when designing system. We can size batteries for desired backup duration.