Important Notice: All financial figures, output projections, payback periods, and return estimates presented on this page are anticipated results based on current engineering models, CFD simulation, AI modeling, and prototype data. Actual real-world performance may vary. These figures are not a guarantee of performance, return on investment, or future results. Sylentra makes no warranty, express or implied, regarding the accuracy of these projections. Independent third-party validation of the commercial unit is anticipated in early 2027.
At $1.1M per unit and 489 MWh of projected monthly output, the Sylentra MAG-LEV turbine generates $586,800 per year at utility rates — with zero maintenance cost, no fuel, and no upper wind limit. 10-year net: $4.8M per unit.
At 97%+ uptime and 489 MWh of projected monthly output, every Sylentra turbine is projected to generate revenue from day one based on current engineering models. No fuel. No gearbox to replace. No bearings to service. The MAG-LEV system virtually eliminates the maintenance costs that cripple conventional turbine economics.
| Metric | Value | Notes |
|---|---|---|
| Unit price (fully installed) | $1,100,000 | Includes manufacturing, installation, power control, footings |
| Projected monthly output | 489 MWh | Projected · 97%+ uptime · 70% capacity factor · 1 MPH cut-in |
| Projected annual output | 5,868 MWh | Projected annual output · all weather, no upper wind limit |
| Annual revenue at $0.10/kWh | $586,800 | Commercial/utility rate |
| Annual revenue at $0.07/kWh | $410,760 | Conservative wholesale rate |
| Payback period (utility rate) | ~1.9 years | Then pure return on capital |
| Payback period (wholesale rate) | ~2.7 years | Conservative scenario |
| 10-year net (utility rate) | ~$4.8M | After full capital recovery |
| Annual maintenance cost | ~$0 | MAG-LEV eliminates bearings, gearbox, and wear components |
| vs. Conventional turbine maintenance | $100K+/yr saved | No bearings · No gearbox · No lubrication · No downtime |
The financial returns are possible because of production reality. Sylentra's 1MW unit delivers 489 MWh per month — outperforming a conventional 2.2MW turbine by 53% and producing 91% more than a 2MW solar installation. And it does it at virtually zero maintenance cost.
per month — projected
97%+ uptime — MAG-LEV, no bearings, no gearbox
70% effective capacity factor
Starts at 1 MPH. Self-starts from zero RPM.
No upper cut-out speed — runs through any storm
~$0/yr maintenance
per month — projected
2.2 MW nameplate — rarely reached
~10% of time at rated output
~30% maintenance downtime
Shuts down above 17–25 m/s wind
$100K+/yr maintenance
per month — projected
2 MW nameplate
Daylight hours only
Weather-dependent output
Zero output at night
$20K–$40K/yr maintenance
| Metric | Sylentra MAG-LEV (1 MW) | Conventional Wind (2.2 MW) | Solar PV (2 MW) |
|---|---|---|---|
| Purchase price | $1.1M | $3M–$5M | $2M–$3M |
| Projected monthly output | 489 MWh | ~320 MWh | ~257 MWh |
| Annual revenue ($0.10/kWh) | $586,800 | $384,000 | $308,400 |
| Annual maintenance | ~$0 | $100K+ | $20K–$40K |
| Net annual after maintenance | $586,800 | ~$280,000 | ~$278,400 |
| Payback period | ~1.9 years | 15–20 years | 8–12 years |
| 10-year net return | ~$4.8M | ~$1.7M | ~$1.7M |
| Uptime | 97%+ | ~70% | Daylight only |
| Noise | <32 dB (library) | 85–105 dB | Silent |
| Installation time | 2–4 days | 6–18 months | Weeks–months |
| Grid independence | Full | No | No (night/cloud) |
Revenue projections based on $0.10/kWh commercial utility rate. Sylentra output based on AI modeling, CFD simulation, and prototype data. Certification and 3rd party validation anticipated late 2026, early 2027.
Detailed financial modeling, deployment timelines, LOI process, and technical specifications are available under NDA to qualified buyers and investors. Reach out to start the conversation.