ECoC Network Concept Solutions

1. Wattaware – No Time to Waste

Wattaware developed a smart IoT system for monitoring energy consumption in schools and other public buildings, identifying heating and cooling inefficiencies in real time. The solution combines technical optimization with an educational approach: students and teachers actively engage with the app and learn about the impact of behavioral habits on energy consumption. The business model is based on public-private partnerships, enabling municipalities to reduce energy costs while strengthening local awareness.

2. AI Heating Coach

AI Heating Coach is a digital assistant that uses artificial intelligence to optimize household heating. The system combines weather data, building characteristics, and user habits to recommend the most energy-efficient strategies, potentially reducing consumption by 10–15% annually. The business model ensures broad accessibility, while premium features provide additional analytics and automation.

3. COMFAI – Comfortable AI

COMFAI is a predictive energy management system for large public and commercial buildings that uses artificial intelligence to optimize heating and cooling schedules based on occupancy and weather conditions. The solution integrates easily with existing infrastructure, reducing implementation costs. It is offered as a B2B service with maintenance and continuous support, particularly suitable for municipal decarbonization strategies.

4. ECO-TOP – Balkan and Beyond

ECO-TOP introduced a system for utilizing surplus heat in residential areas by integrating it into a smart heat exchange network, potentially reducing energy costs by up to 30%. The solution is also suitable for older buildings, as it requires minimal infrastructure interventions. The business model is based on cooperation with ESCO companies and the use of European and national energy renovation incentives.

5. Cool by Nature – ECoC Roots

Cool by Nature developed a modular green infrastructure concept that reduces the urban heat island effect and the need for air conditioning. By installing trees, shading structures, and community elements, the solution creates cooler, more pleasant urban spaces. It combines natural passive cooling processes with improved public space quality and