The startup develops an intelligent power distribution system that utilizes a single-class two-wire architecture to deliver data and low-voltage power, facilitating the economical installation of building sensors. This technology enables builders to enhance sustainability and operational efficiency in electrifying buildings.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional building automation systems face challenges with complex wiring, high installation costs, and limited flexibility in deploying sensors and controls. Existing high-voltage wiring methods are often overkill for low-power devices, leading to inefficiencies and increased copper usage. Integrating intelligent controls as an afterthought results in expensive retrofits and fragmented building management.
Solution
Domatic provides a digital power network that simplifies building electrification through a low-voltage, two-wire architecture capable of delivering both power and data. This system enables plug-and-play installation of various fixtures, including lights, fans, sensors, and security cameras, onto a unified network. By centralizing AC-DC power conversion and using a low-voltage DC bus, Domatic reduces energy loss and optimizes the integration of solar and storage systems. The platform facilitates software control over the entire system, allowing for automated commissioning, proactive maintenance, and data-driven insights into building performance.
Target Audience
Domatic targets builders and developers of multi-unit residential and hospitality projects seeking to create affordable, intelligent buildings with streamlined installation and enhanced energy efficiency.
Features
- Low-voltage, two-conductor cable for simultaneous power and data delivery
- Support for up to 100W per fixture, accommodating lights, fans, sensors, door controllers, security cameras, speakers, and HVAC components
- Software-defined control over the entire electrical system, enabling automated commissioning and remote management
- Centralized AC-DC conversion at the circuit breaker, reducing energy loss by up to 40%
- Compatibility with solar and storage systems for optimized power generation, storage, and distribution
- Automatic device provisioning upon connection, simplifying installation and maintenance
- Cloud-based data warehouse for analytics and insights into building performance, including sensor readings, fault detection, and user interactions
- Open API for integration with third-party applications and building management systems