Each of our products has been deployed across multiple use cases. Click through to see the recommended product configuration, expected payback, and reference projects.
Smooth out intermittent PV output, time-shift midday surplus to evening peak, capture curtailed energy. Typical payback 4–7 years in feed-in tariff or net-metering markets.
Cap demand-charges by discharging during peak hours. Often pays back within 3–5 years in markets with TOU + demand-charge structures (China, US-CA, AU, EU).
Replace 30–80% of diesel generator runtime with solar+storage. For mining sites, remote villages, islands. Multi-source dispatch with optional generator backup.
High-power, short-duration response services for TSOs and DSOs. Sub-second response time, qualified for FCR / aFRR markets in EU, PJM in US, AS in AU.
Site-level battery buffers high-power DCFC chargers, avoiding grid upgrade costs. Ideal for highway charging stations, fleet depots, and shopping mall installations.
Replace lead-acid backup batteries at telecom sites with longer-life LFP rack batteries. 4× cycle life, 1/3 footprint, remote monitoring via BMS.
Wall-mount or stack tower batteries for solar self-consumption + power-cut backup. Compatible with Goodwe, Deye, Sungrow, Solis, Victron hybrid inverters.
Replace traditional VRLA UPS batteries with rack-mount LFP. 10+ years service life, lower TCO, smaller footprint. Compatible with major UPS brands.
When you contact us with an application, we don't email you a PDF and disappear. Our engineers build a project-specific proposal that includes:
We've worked on military bases, mining sites, mobile-cellular networks, and remote islands. If your use case is unusual — that's exactly what we like.
