Enhance productivity, decision and cognition processes, and human performance by 15%
IEQ impacts people's life and work. Satisfied occupants do not ”fight the system” to try to reach comfort
Let occupants control their indoor climate, beyond set points: Climify asks occupants how they feel, then control the HVAC accordingly
Create healthy indoor environment, preventing sick leaves, asthma, allergies, and the sick building syndrome
Identify errors or issues that cause energy waste
Optimize energy use, energy costs and use of renewable energy
Inform occupants on behaviour and energy use
Adapt energy use to energy price and energy availability
Prevent unnecessary heating and cooling needs
Find convenient options to enhance your systems, such as: which components should you substitute? where should you insulate?
Involve the occupants, as far as they want to be involved, through ad-hoc solutions
Shave energy use and adapt it to variable energy prices. Become renewable
90% of the time we live in an artificial environment, so it comes as no surprise that we expect a
lot from it. Indoor climate affects our performance, our sleep at night, our overall well being,
and it is consequently essential to get the best indoor climate for us, our employees, and our
The heating, cooling, and ventilation in buildings come at a cost: An intense use of energy. Climify's mission is to provide you the best indoor climate in both residential and non-residential buildings, including schools, offices, shops, at the lowest cost and the lowest CO2 emissions.
|Consultancy on sensors|
|User access management|
|Automatic reports generation|
|3 years historical data|
|Smart themrostat setpoint control|
|Measurement based setpoint adjustment|
|Comfort based setpoint adjustment|
Climify started within a research project running at DTU. The founding father of CLIMIFY is Davide Cali, who has dedicated his entire professional life to letting buildings perform to the best of their abilities. He wants to optimize the comfort of all inhabitants, optimize energy usage, minimize CO2 emissions by providing flexibility services to the grid, and in all aspects, ensure the cost-effectiveness and eco-friendliness of operations of heating, ventilation, cooling, and air conditioning of all the buildings using Climify.
Davide is continuously working on developing the platform, expanding the Climify network, and researching new and better ways to enhance and maintain a good indoor climate while optimizing the performance of buildings in real-time.
Climify was created in January 2018. In the beginning, Climify was a tool to help the monitoring of indoor climate in schools. The goal of the project was to minimize the CO2 footprint and maximize the well-being and concentration of the students. During the first two years, the platform moved away from being a small and limited platform, called Skoleklima, to being a modern and cutting-edge visualization tool. Climify shifted its attention from only focusing on a single field and is now available for many typologies of buildings, spacing from residential buildings to non-residential buildings, including offices, campus buildings, school gyms, and even hospitals.
Climify is still expanding and under development, and all of our existing users are windows into new possibilities for the platform. We are not afraid of expanding the platform following your needs to improve it. Your values are greatly valued. And even after all this time, the Climify values remain the same.
The human in the loop: Allow a feedback-based indoor climate control for the occupants to simplify their life and maximize the user-experience
The buildings Debug-AI: Run buildings efficiently, eliminating the faults
The Comfort Guarantee: Provide flexibility services to the energy grids without compromising on comfort
Davide Cali successfully applied for a DTU Discovery Grant. The scope of the Grant is to provide a market analyses and to develop a business model plan. The business developer Thomas Sugar is executing those activities.June 2020
The Inno-SE boble project “Climify” started. The project, with a budget of 1 Million Krones, aims at creating a market-ready version of CLIMIFYApril 2020
CLIMIFY now supports the use of ELSYS sensors. We use node-red to get data from the chirpstack network server.February 2020
A platform built around the real needs of our municipality, robust and simple, tested over a long time.
Climify’s platform empowers us to provide a better, healthier and more comfortable environment for our users
We discovered that the ventilation system of a school, which we suspected to malfunction, is working fine. We now consider to avoid overheating by planting the trees next to the façade.
People spend about 90% of the time indoors. The indoor environment has therefore a significant influence on people's well-being and health. A bad indoor environment will increase number of sick leaves and decrease well-being. CLIMIFY significantly improves the health of kids and adults by actively making the indoor environment better.
Studies show that a good indoor environment increases both learning abilities and overall well-being among all occupants. By actively controlling and optimising the indoor environment, CLIMIFY increases the productivity of occupants by up to 15%.
CLIMIFY uses state-of-the-art weather forecasts to control the building and thereby ensure that its consumption happens at times where the CO2 emissions from the energy production is lowest.
CLIMIFY foster innovation by making buildings smart: By installing various IoT-devices and digitalise the building, thus enabling the building to be controlled in a smart way and reduce CO2 emissions from building service systems.
CLIMIFY promotes and ensures an effective use and production of energy for heating, ventilation, and air conditioning for buildings. We do this by shifting the energy use towards times where the CO2 concentration in the energy-mix is lowest.
Feel free to ask any question and we will respond shortly.