About our customer cases

It is possible to re-engineer energy flows for any building. Our client have various types of buildings, from the multi-purpose hall to apartment buildings and from industrial building to kindergartens. All of these have achieved excellent results in terms of financial profitability and savings in CO2 emissions.

Kotkan Julkiset Kiinteistöt Oy – Towards top-level energy efficiency

10 buildings
Up to 70% reduction in purchased energy costs
Average payback time: 5–6 years
Goal: Bring properties into the top 15% in the EU for energy efficiency

Luotsi Capital, achieving A-energy rating for the property portfolio through financially viable measures

4 properties
256 apartments
67 % reduction in purchase energy costs
4.2. year payback period for the investment

DOMUS ABOENSIS, Åbo Akademi foundation Energy retrofit of apartment buildings built in the 60’s

Two apartment buildings in Turku, Finland
Built: 1965
Owner: Åbo Akademi Foundation
77 % lower total energy consumption
58 tons less CO2 emissions annually
Energy class A

MAUNU SCHOOL, Rusko municipality, energy renovation of a school building without changing the heating method

School building in Rusko, Finland
Owner: Rusko municipality
Approximately 14,000 euros are saved annually in the heating costs
Now the building requires 100 kW less heating power than before

RENGASTIEN LOISTO Business center and office space

by rearranging energy flows the energy consumption dropped 41,000 kWh annually
an example of responsible property development and management

TURUN TORIPARKKI zero energy underground parking space with an underground solar thermal storage

Underground parking facility, zero energy park, Turku city center, Finland
Built in 2020
Amount of thermal energy to be loaded into the solar thermal storage: 11.2 GWh
950 tonnes of annual CO2 savings compared to the heat pump solution

UUSIMAA AREENA Hybrid heating solution for a multifunctional hall and event arena in Porvoo, Finland

Multi-purpose hall and event arena in Porvoo, Finland
By rearranging energy flows, the need for the hall’s heating power demand decreased to almost a third of what was originally planned to be implemented.