HIQ Automation

Demonstrating the Future of Residential Living

DOM 24H Maribor, Slovenia

DOM 24H

PROJECT OVERVIEW

The transition towards sustainable living requires a new approach to residential design, where comfort, energy efficiency, renewable energy, and digital services operate as part of a connected ecosystem. Dom24H was developed as a pilot-demonstration project that brought together industry partners to explore and showcase innovative technologies for healthier, smarter, and more sustainable living. 

The project served as a real-world demonstration environment where advanced solutions for smart homes, energy management, renewable energy integration, and electric mobility could be developed, validated, and experienced in everyday living scenarios.

Creating a Connected Home Experience

Robotina contributed the project's core digital technologies through its HIQ smart home platform, enabling residents to interact with their living environment through a unified user experience. Home functions, environmental controls, energy-related information, and connected devices are brought together within a single digital environment designed to simplify everyday living. 

The solution integrates lighting, climate control, automation functions, and connected services into a coordinated residential environment. By connecting these systems, homeowners gain greater visibility into household operation while benefiting from improved comfort, convenience, and control.

Connecting Energy, Mobility and Sustainability

A central objective of Dom24H was to demonstrate how energy generation, consumption, and mobility can be managed as parts of a single residential ecosystem.

Robotina integrated photovoltaic generation, Home Energy Management System (HEMS) capabilities, energy-flow visualization, smart-home automation, and electric-vehicle charging infrastructure into a connected energy environment. Through intelligent coordination of energy assets, residents gain deeper insight into energy use and can make more efficient use of locally generated renewable energy. 

Electric mobility forms an important component of the concept, with EV charging incorporated into the broader home-energy ecosystem. The project demonstrates how homes can coordinate comfort, renewable energy, household consumption, and mobility requirements within a unified management environment.

From Smart Homes to Intelligent Energy Management

Beyond traditional home automation, Dom24H showcases how residential buildings can actively participate in energy management. Robotina's Home Energy Management System provides visibility into energy flows, supports optimization of connected devices, and enables continuous monitoring of household energy consumption. 

The project highlights how smart-home technologies, renewable energy, energy visualization, and intelligent control strategies can work together to support sustainable living. Comfort, energy consumption, renewable generation, and mobility are managed as interconnected elements of a single residential ecosystem.

A Model for Sustainable and Intelligent Homes

Dom24H demonstrates how connected technologies can transform residential living. The project showcases practical applications of smart-home technologies, intelligent energy management, renewable energy integration, and electric mobility within a real residential environment. 

Through the integration of HIQ smart home technologies, Home Energy Management Systems, photovoltaic generation, EV charging infrastructure, energy visualization tools, and connected digital services, Robotina helped create a showcase of how future homes can combine technology, sustainability, and user-centric design within a single intelligent living ecosystem. 

Let's Build Smarter Buildings Together

Whether you are investing, developing, designing or implementing a project, HIQ provides the open technology, engineering support and proven solutions needed to deliver connected, future-ready buildings. We support investors, developers, electrical designers and system integrators from concept and specification through implementation and long-term operation.

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