Tonomia

Tonomia develops integrated solutions for sustainable living, focusing on resource efficiency and reduced environmental impact. Their platform promotes autonomy through smart space utilization, local resource adoption, sustainable tools, green mobility, and interconnectedness.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

The increasing energy demands of artificial intelligence (AI) infrastructure, including data centers and smart city applications, are straining existing electrical grids, which can take years to upgrade. Traditional data centers also face challenges related to high energy and water consumption.

Solution

Tonomia addresses these challenges with its eCloud solution, which transforms parking lots into renewable energy hubs that power AI systems. The eParking Solar Module generates, stores, and distributes clean energy, enabling seamless operation for AI infrastructure, including edge computing nodes. By integrating distributed computing directly into its design, eParking modules can power edge servers to process data locally, reducing latency, energy consumption, and dependence on centralized data centers. The eCloud solution leverages parking lots as hubs for solar energy generation, server hosting, and heat recovery, backed by patented technologies.

Target Audience

Primary customers include municipalities, shopping centers, stadiums, factories, and other locations with parking lots seeking sustainable energy solutions for e-mobility and AI infrastructure.

Features

eParking Solar Modules: Renewable power plants designed to support energy-intensive AI infrastructure.
Integrated Battery Storage: Advanced batteries store excess solar energy, ensuring 24/7 reliability.
Heat Recovery: Waste heat generated by servers is recovered and redirected to nearby buildings, enhancing energy efficiency.
Tonomia Servers: Advanced servers, equipped with water cooling systems, installed directly within eParking structures.
Distributed Computing Model: Integrates renewable energy and AI infrastructure within parking lots, transforming them into AI Factories.
Scalable AI Factories: Small, Medium, and Large AI Factories designed for parking lots of varying sizes, offering scalable computing power.
All-in-one Smart Box (TonoBox): Controls the eParking system with multiple protocols including CAN Bus, Modbus, I2C, and 4G/5G connectivity.
Rainwater Harvesting: Collects rainwater for use in cooling systems or other applications.