Powering the Future of Smart Cities
Next-Generation Urban Power Infrastructure
Not Solar. Not Wind. Something Greater.
Intermittent generation. Weather-dependent. Cannot guarantee 24/7 supply for dense urban environments.
Legacy grids were never designed for smart city density. Demand grows 3× faster than infrastructure upgrades.
Transmission losses up to 30%. Frequent outages cost billions. Industrial zones suffer most from grid instability.
Not dependent on geography, weather, or daylight. Deploy in any urban environment globally.
Continuous, stable energy delivery. No intermittency. No blackouts. Guaranteed uptime for critical infrastructure.
Built from the ground up for IoT integration, AI load management, and real-time city-wide energy orchestration.
Start with a district. Scale to a megacity. Modular architecture grows with your city's ambitions.
Proprietary neural network continuously optimizes power distribution across the entire city grid. Predictive load balancing prevents failures before they occur.
Plug-and-play energy modules deploy in phases. Each unit is self-contained, redundant, and integrates seamlessly with existing city infrastructure.
City-wide dashboard with millisecond-level telemetry. Every node, every watt, every anomaly — visible and controllable from a unified command center.
Gujarat, India
India's first greenfield smart city. 920 sq km. Designed from scratch — perfect for full Greenpace integration from day one.
Uttar Pradesh, India
Major urban modernization drive. 3.5M population. Smart city mission funding secured. Grid upgrade urgently needed.
Kerala, India
Dedicated AI & tech hub. High-density compute infrastructure demands ultra-reliable, intelligent power systems.
DMIC · CBIC · AKIC
Delhi-Mumbai, Chennai-Bengaluru, Amritsar-Kolkata corridors. Massive industrial power demand across 1,500+ km.
Long-term concession agreements with state and central governments. 15–25 year contracts with guaranteed revenue floors.
EPC (Engineering, Procurement, Construction) contracts for city-wide energy infrastructure deployment. High-margin project execution.
Power Purchase Agreements (PPAs) with cities, industrial zones, and commercial districts. Recurring revenue at scale.
City-wide energy audit. Demand mapping. Infrastructure analysis. AI-powered feasibility modeling.
4–6 WeeksCustom system architecture. Node placement optimization. Regulatory approvals. Stakeholder alignment.
8–12 WeeksModular unit deployment. Core infrastructure build-out. Parallel installation minimizes city disruption.
12–24 WeeksAI system activation. Smart city platform connection. IoT sensor network commissioning. Testing & validation.
6–8 WeeksFull live operation. 24/7 monitoring. Continuous AI optimization. Ongoing expansion support.
OngoingOur core energy generation and distribution technology is fully proprietary, patent-protected, and impossible to replicate. No competitor has access to our IP stack.
Modular architecture means we can power a single district or an entire megacity. No other system scales this seamlessly.
99.97% uptime. Redundant architecture. AI-driven fault prevention. The most reliable urban energy system ever built.
Compliance-first design. Built for public sector procurement. Regulatory frameworks pre-navigated in key markets.
Zero carbon footprint in operation. Meets and exceeds all ESG mandates. Future-proof against tightening regulations.
By 2035, we envision a world where every new smart city — from Dholera to Dubai, from Songdo to São Paulo — runs on Greenpace infrastructure. Clean, intelligent, unstoppable energy for the cities of tomorrow.
We are raising $50M Series A to deploy Greenpace infrastructure across India's top smart cities and establish the global standard for urban energy.