Rubrika The BOOSTEE-CE (Boosting Energy Efficiency in Central European Cities through Smart Energy Management) project will develop and implement technical solutions, strategies, management approaches & financing schemes to achieve higher Energy Efficiency (EE) in public buildings. This will be achieved through a transnational cooperation and using geospatial data, smart energy management tools and energy audit to facilitate the implementation of EE buildings. The final aim is to improve the governance of EE in existing public buildings (within Pilot Actions) and ultimately reduce energy consumption. The project consortium involves 7 Central Europe countries, with 13 project partners. WEBSITE FACEBOOK

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Methodology to collect energy information and their visualization using 3D building models


This deliverable belongs to the activities related to the development of a methodology to collect energy information and visualization it using 3D models (A.T1.4). In particular the document reports, beside similar project activities and visualization tools, the pipeline realized to allow end-users to access and visualize energy data in the 3DEMS module of OnePlace. This is based on ICT and geospatial tools able to give access to heterogeneous information in the field of building energy management and efficiency.


Newsletter BOOSTEE-CE No.4


The fourth newsletter of the BOOSTEE-CE project brings following news:

  • Recent news about the OnePlace project platform and the 3D EMS
  • Train the Trainers events are coming this Fall!
  • Report on the 5th partner meeting
  • Partner introductions
  • Thermal images were acquired to determine heat losses
  • Report on Focus Group Meetings

Newsletter is downloadable here.


Best practices and investments return models


Partners regions have collected the best practice examples from their countries on various financial investments return models through which market-enabling actions for large investments are highlighted. These best practices are presented and analysed on separate downoadable bellow:


Best Practice Factsheet #1 – Zlín Region, Czech Republic

  • Waste incinerator upgrade in Uherské Hradiště hospital – case study of EE project with various scenarios with/without subsidy

Best Practice Factsheet #2 – Emilia-Romagna, Italy

  • Energy Fund – Multyscope Regional Fund of public financing

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BOOSTEE-CE Newsletter No.3


The third newsletter of the BOOSTEE-CE project brings the introduction of next three partners of the BOOSTEE-CE project, news on both partners and project level, OnePlace Platform with its 4 modules and other interesting information about projects on EE in buildings. Newsletter is downloadable here.


Boosting EE in Zlín Region through Smart Energy Management


Energy efficiency in public buildings is among the main tasks for the Energetická agentura Zlínského kraje, EAZK. By joining the international project BOOSTEE-CE, a new and innovative approach in this field will be implemented in the Zlín Region. Indeed, this project will develop and implement technical solutions, strategies, management approaches & financing schemes to achieve higher Energy Efficiency (EE) in public buildings.

Six public buildings of the Zlín Region are included as pilot project buildings of the action, including the construction of a new hospital with nearly-zero energy demand standard, and the modernisation of five school buildings.

foto delegace

Higher energy efficiency in public buildings will be Celý článek…

Measurement of the indoor environment in the school buildings of the Zlín Region involved in Interreg Central Europe project BOOSTEE-CE


The indoor environment of school buildings has been a frequently topic for the last few years and therefore the Energy Agency of the Zlín Region participates in the BOOSTEE-CE project. Project BOOSTEE-CE (Boosting Energy Efficiency in Central European Cities through Smart Energy Management) aims to increase energy efficiency in public buildings. Several tools are used to achieve this goal: geospatial data to produce 3D building models in order visualize energy consumption, heat losses and PV potential; smart energy management tools and smart metering via pilot actions; energy audits. 13 project partners from 7 countries work together to deliver the pilot actions and our final product: the OnePlace platform, which will help those who seek to educate themselves on how to improve EE.

The school buildings, which are involved in measuring the quality of the indoor environment in the Zlín Region, are Grammar School L. Jaroše Holešov, Masaryk grammar school and medical high school Vsetin, Higher Vocational School of Pedagogy and Secondary School of Pedagogy Kroměříž and Elementary School 1. Máje Kroměříž. The environment of classrooms was measured in all these schools for more than a year (temperature, relative humidity and CO2 concentration).

These buildings are not only measured the indoor environment but we also educated teachers to be able to properly ventilate and care for a suitable environment in the classroom during the lessons. The results of inappropriate ventilation are fatigue, lack of concentration, decreased performance, headache and eye burning. The exhaled air has approximately 40,000 ppm of CO2, the maximum recommended for the classrooms is 1500 ppm. The number of children in the classroom has significant effect on the increasing of the concentration of CO2. Our experience is that  approximately 15 minutes from the start of the lesson the classroom needs to be ventilated.

By long-term measurements it has been found that if the teachers are not trained and do not take care of the indoor environment, the CO2 concentration reaches up ordinarily to 3000 ppm.

Example of CO2 measurement from 8.1.2018 concentrations before introducing the ventilation system (values ​​above 1500 ppm):


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