50 m/s
Power fails when it is needed most.
Storm-safe. B16 is tested and proven through 40 m/s+ winds and designed to keep generating through extreme wind conditions. No brake. No cut-out. Never parks.
TAPS B16 · Tactical Autonomous Power System
Power, where power must be.
For the posts, decks, towers and shelters where the grid never reached, the diesel cannot follow, and solar can go dark.
Why B16Talk to WindForAllRare-Earth-Free WTG (non-PMG) · Radar-classifiable · Bird-Safe · Quiet · No site draw
The idea
Make power.
Leave almost nothing behind.
Dependable power should not need a fuel convoy, a concrete foundation, a crane, a grid connection or a technician on call. B16 was designed to remove those dependencies—and keep working when conventional infrastructure stops.
The public site shows measured outcomes and field-facing benefits. Detailed engineering design data remains available separately for serious evaluation.
01 · The product
TAPS B16.
An autonomous wind power platform engineered for places conventional systems struggle to share: remote posts, telecom infrastructure, exposed sites, disaster-response nodes and occupied rooftops.
Real hardware. Real people. Real engineering.WindForAll PowerTech · Ahmedabad
16
One number that explains the rest
Sixteen blades.
One calmer idea.
The B16 architecture spreads the interaction with the wind across sixteen blades—an outcome you can hear, feel and place beside other infrastructure.
No construction dimensions. No blade geometry. Just the engineering outcome.
02 · Why B16
You know the problem.
Here is what changes.
0 permanent foundation
Storms and ground conditions make civil work difficult.
Foundation-free. The machine stands without a permanent foundation. Field operation has been proven through severe weather, including 40 m/s+ wind conditions.
6 hours
Weeks to commission. A crane. A concrete pour.
Move it fast. A small crew can erect B16 without a crane or concrete foundation. Trailer, container, raft and precast-ballast configurations are available for different sites.
0 W
Every other source needs power before it gives power.
Nothing taken. B16 starts itself, powers its own control and does not draw site power during operation. No negative metering.
0 m
Magnetic siting constraints limit proximity to sensitive equipment.
Proximity changes. B16 has no rotating permanent magnet. The conventional PMG magnetic constraint is absent from the machine itself. Tested electromagnetic behaviour is documented separately.
10 yr
Remote equipment needs a long service horizon.
Long-life support. Ten-year warranty and AMC provisions are available for supported deployments. The architecture avoids routine brake service, fuel logistics and recurring consumables.
<1 m² footprint
Land is scarce.
High power density. A 10 kW-class system can occupy less than one square metre of ground contact. The surrounding ground remains available for its primary purpose.
↓ response
Tall buildings move.
Measured stabilizing effect. Rooftop testing has demonstrated a stabilizing contribution from the rotating system. Detailed structural evidence is available in the technical brief.
04 · Engineering, translated
The numbers are useful.
The meaning is the point.
Some engineering results deserve to be public because they explain what the machine feels like beside you. The number comes first. The consequence follows. The drawings stay with us.
Measured outcomesPublic meaningPrivate design
2.2 N
Dynamic force
A light touch, not a hammer.
At rated operation, the measured transmitted force is 2.2 N versus 261 N for the PMG reference—about a 1:118 relationship.
Outcome disclosed; internal geometry, stiffness and control design remain private.
29 m
PMG reference
The exclusion constraint disappears.
A conventional 10 kW PMG reference can require about 29 m of magnetic separation around sensitive telecom or radar equipment. B16 has no rotating permanent magnet.
The 29 m describes the reference problem—not a B16 installation requirement.
2 kHz
Tested switching regime
Keep the signal story simple.
In the tested configuration, the switching regime is 2 kHz and the measured higher-order content remains below 20 MHz. Detailed spectrum and site-specific verification belong in the evaluation pack.
Public result; internal control topology remains private.
05 · Deployment
Simple enough to move.
Serious enough to stay.
B16 is a deployable power asset, not a piece of permanent civil infrastructure. The generator stays low; the rotor is raised into position by a small field crew.
No crane. No concrete. No scaffold. The installation can leave the site without demolition.
6 hoursfield deployment
3 peoplesmall crew
No craneno concrete
Flat-bed trailer20 ft ISO containerFloating raftPrecast ballast block
06 · Where it belongs
One platform.
Many hard-to-serve places.
Critical sites
Border posts, coastal stations, forward locations and critical sites beyond dependable grid or safe resupply.
Telecom / mobile towers
Power at the mast, designed to co-exist with telecommunication and mobile-tower infrastructure.
Marine & islands
Decks, rafts and islands where fuel logistics and permanent civil works are difficult.
Disaster management
Hospitals, control rooms and relief sites that need local power when normal infrastructure is compromised.
Occupied rooftops
Occupied rooftops where quiet operation, low vibration and minimal civil work matter.
07 · Proof
Built in the real world.
Not just rendered for it.
Three difficult operating environments. Years of field operation, generation and observation.
Border post
Sir Creek
Saline, tidal and remote. Border Security Force deployment.
3+ years
Industrial coast
Oil refinery environment
A demanding industrial environment where power, safety and coexistence all matter.
2+ years
Urban
Occupied city rooftop
A live occupied building environment. Residents hear the wind, not the machine.
LIVE environment
08 · Credentials
Serious technology
needs serious proof.
13
Patents2 granted · 2 under PCTDPIIT
CertifiedCertified deep-tech startupIMB
80-IACInter-Ministerial Board / tax frameworkERDA
CertifiedElectrical self-sufficiency witnessedGeM
RegisteredGovernment e-MarketplaceNIDM / MHA · 2024QBE AcceliCITY · Top-10 of 957 from 77 countriesPCT · zero oppositions · 100+ jurisdictionsEngineered & manufactured in India
09 · Origin
Designed here.
Built here.
Ready anywhere.
WindForAll PowerTech is a deep-tech engineering and manufacturing company based at Vatva GIDC, Ahmedabad, building practical renewable power systems for demanding applications.