Help When You Need It.
Power When It Matters.
Meet SaathiEV — the world’s first solar-powered emergency support platform equipped with mechanical regenerative backup, onboard high-speed EV charging, and autonomous satellite SOS dispatch. Available right from our mobile app.
Why Immediate Emergency Support Fails Today
When natural disasters strike or vehicles break down in isolated highways, legacy infrastructure collapses within minutes. Here is why the modern world needs a decentralized, self-powered mobile response.
Grid Blackouts & Diesel Dependency
Disasters knock out localized power grids for days. Traditional emergency responders rely on noisy diesel generators that quickly run dry, emit toxic emissions, and can’t deliver clean DC fast electricity.
Painful 90+ Min Roadside Delays
Conventional roadside assistance relies on slow, fragmented phone queues and legacy dispatching. Stranded motorists wait hours in hazardous conditions without precise ETA or status updates.
Stranded EVs Without Roadside Juice
Electric vehicle adoption is skyrocketing, but standard tow trucks cannot fast-charge depleted EVs on the shoulder, forcing expensive flatbed tows that block highways and drain battery life.
Dead Telecom & Cellular Blind Spots
Cell towers fail in remote passes and during storms. Without cellular signal, victims cannot request help or broadcast their coordinates to first responders.
Engineered for Every Critical Mission
The SaathiEV platform bridges clean mobile microgrid energy with heavy-duty emergency assistance, accessible on demand through our mobile ecosystem.
Instant Satellite SOS
Single-tap emergency beacon from the mobile app broadcasts precise GPS coordinates and emergency type via dual cellular and direct LEO satellite constellations.
- ✓ Sub-second alert dispatching
- ✓ Zero-cell deadzone fallbacks
Disaster & Medical Support
Equipped with climate-controlled triage facilities, defibrillator docks, oxygen concentrators, and uninterruptible medical power for frontline field teams.
- ✓ Critical cold-chain vaccine storage
- ✓ Emergency medical crew shelter
Mechanical Aid & EV Boost
Heavy-duty pneumatic impact tools, hydraulic jacks, tire compressors, and a high-voltage DC fast charger to supply 30+ miles of EV range in just 10 minutes.
- ✓ 30kW DC Fast Charge umbilical
- ✓ 12V/24V/48V multi-jumpstarter
Live Telemetry & Tracking
Users and dispatchers track the assigned SaathiEV van’s live route, current speed, estimated time of arrival, and onboard battery readiness directly in the app.
- ✓ Shareable secure tracking links
- ✓ Automated arrival SMS alerts
Autonomous Smart Power
Acts as a clean, whisper-quiet mobile generator. Powers field shelters, command centers, floodlights, and search equipment without burning a single drop of fuel.
- ✓ 230V / 110V pure sine AC power
- ✓ Continuous self-charging solar roof
Instant Guest App Access
In a true emergency, nobody has time to complete 20-field registration forms. The SaathiEV mobile app allows instant guest SOS dispatch with a phone number and 1-tap geo-pin.
- ✓ No credit card required upfront
- ✓ Instant web & native app pairing
Solar. Storage. Mechanical Backup.
SaathiEV never dies. A closed-loop power matrix balances high-yield photovoltaic generation with a 40kWh high-density battery bank and emergency mechanical kinetic regeneration.
1.8kW Solar Array
Monocrystalline rooftop skin with 24.2% cell efficiency.
AI MPPT Manager
Smart load balancing, bi-directional inverter, voltage regulation.
40kWh LiFePO4 Core
Thermal-isolated cells with 4,000+ cycle life & active fire suppression.
Van & EV Deployment
Supplies 30kW EV DC charger, life support, and AC power tools.
Kinetic Flywheel & High-Amp Alternator
When solar exposure is zero (heavy blizzards or night operations), the auxiliary mechanical regenerative generator converts axle motion and manual crank assist into continuous electric charge directly to the power core.
Inside the SaathiEV Platform
Click the interactive hotspots on the blueprint below to inspect the onboard hardware subsystems and modular architecture.
1.8kW Photovoltaic Aerodynamic Roof
Custom molded flexible monocrystalline solar array laminated across the roof curve. Generates up to 1.8kW under clear skies and passively Trickle-charges the 40kWh core during all daylight operations.
How the SaathiEV Ecosystem Works
From the moment you press the SOS button in our mobile app to on-site energy deployment, everything runs autonomously and flawlessly in 5 clear steps.
1-Tap SOS in the Mobile App
Open the SaathiEV app (or scan a quick QR link). Tap the SOS button and select your emergency type — dead EV battery, medical assistance, mechanical breakdown, or blackout power backup.
Autonomous Unit Assignment
Our cloud & satellite dispatch engine calculates the nearest SaathiEV unit with sufficient battery reserves (minimum 25kWh) and the specific equipment tools required for your distress ticket.
Live GPS & ETA Route Tracking
Watch your assigned SaathiEV unit navigate toward you on the real-time interactive map. Receive continuous ETA updates, van telemetry status, and secure direct crew communication.
On-Site Clean Power & Rescue
The crew immediately plugs in the 30kW DC Fast EV boost, delivers emergency medical life support power, performs hydraulic tire changes, or connects 230V field microgrid lines.
Regenerative Self-Recharge
While parked or in transit to the next distress location, the rooftop solar array and mechanical kinetic regenerative alternator recharge the battery core without grid dependence.
Live System Status & Power Telemetry
Monitor simulated live telemetry stream from SaathiEV Unit Alpha-04 on active patrol. All metrics update dynamically via onboard IoT telemetry.
Download SaathiEV
Emergency Support in Your Pocket
While this website showcases our clean-tech platform and hardware engineering, all live emergency dispatches, EV boost requests, and live telemetry tracking are operated directly through the SaathiEV Mobile App.
The Future of Autonomous Mobile Resilience
We are building beyond emergency roadside assistance. SaathiEV is the foundational infrastructure for carbon-neutral, AI-orchestrated mobile microgrids.
Edge AI Outage Anticipation
Neural algorithms analyze storm tracking data, grid stress heatmaps, and highway traffic flow to pre-position SaathiEV fleet clusters at high-probability disaster zones 4 hours before distress calls originate.
Multi-Constellation LEO Mesh
Every SaathiEV van serves as an ad-hoc terrestrial relay node. In the event of catastrophic cell tower destruction, a 10-van cluster forms an encrypted 50-kilometer communications spine for civil defense.
Hardware Predictive Telemetry
Over 300 telemetry sensors monitor inverter gate temperatures, battery dendrite growth, solar panel micro-cracks, and mechanical flywheel bearing harmonics to trigger self-maintenance before field failure.
V2G Community Energy Banking
When not answering emergency SOS beacons, idle SaathiEV vans feed stored solar energy back into municipal hospital grids during extreme peak demand spikes, generating carbon credits for fleet operators.