We design, build, and operate hybrid solar wind microgrids with
energy storage—reliable renewable energy systems that keep
communities, industries, and remote sites powered 24/7
Clean energy solutions that scale: reliable renewable energy systems combining wind, solar, and batteries for always-on performance.
Current clean energy options don’t meet
today’s reliability and footprint needs
Solar stops at sunset;
wind is intermittent
Intermittent generation leaves critical loads exposed—hardly “reliable renewable energy systems.
Diesel fills the gap—
but at a cost
It’s noisy, polluting, and increasingly unsustainable, undermining any clean energy solutions narrative.
Space, zoning, and permitting
kill good ideas
Large rotors and sprawling PV farms don’t fit dense cities or sensitive sites, stalling energy resilience solutions where they’re needed most.
For rooftops, telecom, EV hubs, islands, and remote grids, no single clean tech “ticks every box”—hence outages, diesel bills, and stranded sustainability targets.
Meet SolarWind®—a hybrid solar wind microgrid that fuses vertical-axis wind turbines with bifacial solar, energy storage, and cloud energy management into compact, modular units.
Result
Smart energy that delivers 24/7 clean power on rooftops, car parks, islands, and microgrids.
Solar + wind power integration produces round-the-clock renewable energy.
The EMS routes power to loads, batteries, or grid export in real time, optimizing cost and uptime.
The battery buffers peaks, carries nights/outages, and unlocks cost savings with renewables via peak-shaving and load-shifting.
This end-to-end control is what makes it a true hybrid renewable energy system.
Intermittent generation leaves critical loads exposed—hardly “reliable renewable energy systems
Up to ~1 MW per acre vs. 4–5 acres for a comparable solar farm—ideal microgrid solutions for land-constrained sites.
Quiet, compact, bird-safe vertical-axis wind + bifacial PV—clean energy solutions that actually fit cities and campuses.
Li-ion/LFP storage with smart charge/discharge monitoring to stabilize supply and cost.
Cloud EMS balances generation, usage, and storage; enables peak-shaving, load-shifting, off-grid mode—real energy management for ROI.
Plug-and-play units scale from a single rooftop to a full microgrid for remote communities.
From S-30 (30 kW) for rooftops/telecom to S-100 (≥100 kW) for EV hubs and industrial sites, plus containerized kits for islands/remote grids.
