Co-funded by the EU

Energy Smart Urban Environment

The development and testing of new solutions aimed at energy efficiency, which are related to consumption flexibility, waste heat utilization or energy storage, for example, require experiments and piloting, for which municipality-owned properties and operating environments offer good platforms.

How can a property or city block function as an energy consumer, producer, and storer?

Regional development based on needs

In the “Energy smart urban environment” project, larger experimental and piloting environments are mapped in the Kymenlaakso region instead of individual sites, and innovative energy-saving solutions suitable for them are explored using e.g. energy audits. At the same time, existing experimental environments are further developed.

The new solution must succeed in the market

New energy efficiency products and service concepts are promoted by preparing preliminary business models based on the project results (using the Business Model Canvas tool), which are especially suitable for the needs of SMEs in the energy sector in the region.

Digital generated image of infinity sign made out of multiple environment cross section with different types of energy supply standing on grey background. Sustainable energy concept.

Learning by doing in a real-life environment

In the “Energy smart urban environment” project, has many energy engineering students involved in the implementation.

Learning by doing in a real-life environment is a motivating way for students to learn. However, this requires a professional interest on the part of the student and a level of challenge appropriate to the practical exercise. This type of learning method is described as Learning by doing. At the South-Eastern Finland University of Applied Sciences, this method is part of the training in energy technology studies in cooperation with RDI projects and companies.

I’ve come to real engineering work, says the exchange student

Facts

Project name:

Energy smart urban environment

Project duration: 1.4.2023–31.3.2025

Info

Lead partner: South-Eastern Finland University of Applied Sciences Ltd
Focus area: Forest environment and energy
Research area: Sustainable energy systems

Budget

Financier and main source of funding: Co-funded by the European Union, Regional council of Kymenlaakso
Total budget: 361 982
EU part of the total budget: 253 664
Xamk part of the total budget: 361 982

Contact

Phone
+358447028469
Email
Erja.Tuliniemi@xamk.fi
Social media
Department
Metsä, ympäristö ja energia
Erja Tuliniemi
Project Manager
+358447028469
Erja.Tuliniemi@xamk.fi
Social media
Phone
+358447028444
Email
Maunu.Kuosa@xamk.fi
Department
Metsä, ympäristö ja energia
Maunu Kuosa
RDI Specialist
+358447028444
Maunu.Kuosa@xamk.fi
Phone
+358447028485
Email
Hannu.Sarvelainen@xamk.fi
Department
Robotiikan ja energia- ja rakennustekniikan koul.y
Hannu Sarvelainen
Senior Lecturer
+358447028485
Hannu.Sarvelainen@xamk.fi
Phone
+358447028446
Email
Tuija.Korpela@xamk.fi
Department
Metsä, ympäristö ja energia
Tuija Korpela
Research Engineer
+358447028446
Tuija.Korpela@xamk.fi
Phone
+358503302890
Email
Timo.Juusola@xamk.fi
Department
Metsä, ympäristö ja energia
Timo Juusola
Research Engineer
+358503302890
Timo.Juusola@xamk.fi