AI Smart
Solar Bench
A Living Urban Node — infrastructure that generates energy, provides public utilities, and learns from its environment. The first seat of the future.
Cities don't need more devices.
They need organs.
Living Node Architecture
Not a smart object — a node that lives within the urban system, sensing environment, people, and energy flows.
Metabolic Infrastructure
Self-powered, self-aware, and adaptive — contributing energy and intelligence instead of drawing from the grid.
DoubleSlit Intelligence
Powered by AI that learns patterns, predicts needs, and evolves with the city across deployments.
Scalable Digital Forest
One bench is a seed. A network becomes an urban digital forest of distributed living nodes.
Design in Context
Three deployment scenarios — open boulevard, urban commercial corridor, and transit street.
Boulevard deployment — solar canopy, digital display panel, integrated bench seating
Commercial corridor — modular canopy variant with warm-wood composite seating
Transit stop — compact standalone variant with digital signage and overhead solar panel
What the Bench Does
Four integrated layers — energy, utilities, connectivity, intelligence.
100% Solar Powered
600W monocrystalline solar array · MPPT charge controller · Lithium battery (24V, 100Ah) · Fully off-grid, zero electricity bills
Public Utility Hub
4× USB 2.0 charging ports · Public Wi-Fi (up to 150 Mbps) · Ambient + bar LED lighting · 30,000-hour LED lifespan
Smart Connectivity
4G/3G SIM-based Wi-Fi router · IoT-ready architecture · DoubleSlit data layer compatible · Static IP / PPPoE support
Robust Sustainable Design
13mm toughened laminated glass surface · Composite WPC wood-effect panels · Stainless steel structure · Weather & vandal resistant · IP65–IP67 rated components
AI-Ready Intelligence
Environmental sensing (air quality, temp, humidity) · Footfall & dwell-time analytics · Predictive maintenance alerts · Adaptive lighting optimization
Safety & Interaction
SOS emergency button (V2.0) · NFC access & services · Digital info / branding display · Advertising panel integration
Under the Hood
General Specifications
| Dimensions | 7 ft (L) × 6.5 ft (H) × 4 ft (W) |
| Net Weight | ~200 kg |
| Structure | Stainless Steel, WPC Wood, Tempered Glass |
| Surface | 13mm Toughened Laminated Glass |
| Color Options | White / Grey / Black |
| Solar Power | 600W Monocrystalline (4×1) |
| Battery System | Lithium 24V, 100Ah |
| Charge Controller | MPPT |
| Grid Dependency | Nil — 100% Off-Grid |
| Charging Ports | 4× USB 2.0 |
| Lighting | LED Bar + Ambient LED |
| Add-ons | Signage, Ads Panel, Sensors, SOS Button |
Wi-Fi Router
| Connection | 3G / 4G, Static IP / PPPoE |
| Frequency | 2400–2483.5 MHz |
| Transmission Speed | Up to 150 Mbps |
| Coverage Range | ~10 meters |
| DC Power | 6–35V, 3A |
| Operating Temp | −20°C to +75°C |
| Dimensions | 83 × 66 × 26 mm |
| Power Consumption | ≤400 mA |
MPPT Charge Controller
| Battery Voltage | Auto Select — 24V DC |
| Rated Charge Current | 50A |
| Max PV OCV | 100V |
| Protection | IP67 |
| Weight | 0.54 kg |
| Communication | Wi-Fi |
LED Panel Light
| Power | 20W |
| Input Voltage | 12V DC |
| Beam Angle | 180° |
| Color Temp | 6500K — Cool White |
| Lifespan | 30,000 Hours |
| IP Rating | IP65 |
LED Strip (COB)
| Power | 25W/meter |
| Length | 5 meters |
| Input Voltage | 12 / 24V DC |
| Beam Angle | 180° |
| Color Temp | 10,000K |
| Lifespan | 30,000 Hours |
Pilot: FOAP–AKTU, Lucknow
The first installation at the Faculty of Architecture & Planning, AKTU, Lucknow — a campus where design meets engineering, and ideas step into form.
- 📅 Project Start: 12 February 2024
- ✅ Pilot Completion: 1 November 2025
- 📍 Front Courtyard & Pathway Junction, FOAP–AKTU
- 🤝 Partners: InfiniOX (Product) × iViRTH (R&D, Design, Implementation)
- 🌡️ Climate-responsive design for Lucknow's environment
- 📊 Integrated with student movement flow & campus data systems
- 🏷️ Branded: FOAP, InfiniOX & iViRTH end panels
What It Delivers
Environmental
- 100% renewable-powered operation
- ~0.5–0.7 tons CO₂ reduction/unit/year
- Zero grid dependency, zero electricity bills
- Supports ESG & climate reporting
Data & Governance
- Foundational urban IoT dataset
- Real-time city planning insights
- Supports Smart Cities ICCC integration
- SDG 9, 11 & 13 alignment
Financial ROI
- ₹4.50–6.00 L estimated unit CAPEX
- ₹35K–60K annual OPEX per unit
- ₹25K–40K electricity savings/unit/year
- Revenue via digital ads, CSR & naming rights
Where It Belongs
Smart Campuses & Universities
Pilot-proven at FOAP–AKTU. Ideal for large academic campuses with student movement flows.
Smart City Public Spaces
Plazas, promenades, heritage zones — any high-footfall urban area needing smart infrastructure.
Parks & Recreational Zones
Garden-level deployment with solar canopy aesthetics and ambient lighting for evening use.
Transit Stops & Walkways
Replace passive bus shelters with intelligent nodes providing charging, Wi-Fi, and real-time data.
Institutional Campuses
Corporate, government, or residential campuses seeking ESG-aligned infrastructure.
Tourism & Cultural Sites
Branded benches that serve visitors while collecting footfall and ambient data.
V1.0 → V2.0 & Beyond
- ✅ 600W solar + lithium battery
- ✅ 4× USB charging ports
- ✅ Public Wi-Fi (150 Mbps)
- ✅ Ambient + bar LED lighting
- ✅ Digital branding / info display
- ✅ Weather & vandal resistant
- ✅ DoubleSlit data layer (foundational)
- 🔮 Wireless fast charging + NFC services
- 🔮 EV micro-charging integration
- 🔮 SOS emergency button
- 🔮 Environmental sensors (air, temp, humidity)
- 🔮 Footfall & dwell-time analytics
- 🔮 Predictive maintenance AI (DoubleSlit)
- 🔮 Adaptive lighting & power optimization
- 🌐 City-scale distributed node network
- 🌐 ICCC smart city dashboard integration
- 🌐 iON agent mesh (ENERGY, ENV, MOBILITY, CIVIC, GOV)
- 🌐 Grid-interactive energy mode
- 🌐 Health kiosk & disaster response modules
- 🌐 Symbiotic City Layer — urban metabolism
Who Makes It Happen
Product Engineering & Manufacturing
- Industrial-grade fabrication
- Solar & battery systems
- Component sourcing & QA
- Field installation & commissioning
R&D, Design, Urban Systems & AI Integration
- IoT protocol alignment & testing
- Urban design visualization
- DoubleSlit intelligence layer
- Environmental data framework
- Communication & branding content
Site, Permissions & Operations
- Site selection & clearances
- Civic adoption & operations
- Smart City / ICCC integration
- CSR & PPP facilitation
Enquire About the
AI Smart Solar Bench
Whether you're a city planner, campus administrator, government body, CSR manager, or innovation partner — we'd love to explore how the AI Smart Solar Bench can transform your public spaces.
₹4.50 – 6.00 Lakh per unit (base configuration)
6–8 weeks manufacturing + 1–2 weeks installation
Pilot: 3–5 units · Cluster: 10–25 units · City: 50+ units
Technical datasheet · Pilot case study · Government proposal — available on request
"When infrastructure begins to breathe,
cities begin to live."
The AI Smart Solar Bench — the smallest unit of a conscious city. From sunlight to system.
Published under DoubleSlit | A Division of iViRTH · InfiniOX Technologies Pvt. Ltd. × iViRTH · Pilot Partner: FOAP–AKTU, Lucknow