What if your community could generate its own clean energy and run advanced computing locally, instead of depending on distant power plants and data centers?
Navonetics makes this possible by building integrated renewable energy and edge computing systems that serve locals, businesses and communities.
Our approach combines three power sources:
- Community contribution - Partnering with locals to supply renewable energy for compute infrastructure
- Dedicated power setups - Navonetics' own renewable energy installations
- National grid - Complementary backup power from the existing grid
Integrating renewable energy with compute infrastructure demands a system as intelligent, adaptive, and resilient as the challenges it solves. From the outset, our architecture emulates the dynamics of a modern, responsive grid.
1. Modular mini-grids: Solar-based systems that scale dynamically with compute loads and community energy needs.
2. Real-time control systems: Algorithms balance generation, consumption, and storage to optimize efficiency and maintain stability.
3. Multi-source resilience: Seamless switching between local solar, battery storage, and grid backup ensures 99.9% uptime.
4. Surplus utilization: Excess energy is distributed for community consumption or monetized through applications like EV charging.
Navonetics is where engineering, intelligence, and sustainability converge—creating the backbone for a more resilient energy future