PROJECT DESCRIPTION

Characteristics of ExploreHouse project,
its basic assumptions and goals

LABORATORY

Description of the laboratory, a list of devices and equipment specification

LIVE PREVIEW

Access to the video stream recorded by cameras installed in the laboratory

PHOTO GALLERIES

Photo galleries showing ExploreHouse project activities

Calendar »

The installation of electromagnetic flowmeter for measuring the flow rate of medium in the heating system.
Extension of possibilities measuring electronics, reconfiguration and addition of new modules.
The work associated with the combustion of a mixture of straw and sewage sludge.
The installation of additional heating equipment - Kermi radiators.
Laboratory training for the participants of Post-graduate course “Environmental engineering” organized by W. Goetl High School of Environmental Engineering. Demonstration of the biomass boiler working and students measurements.
Begin assembly of cameras in the laboratory.
Talks with the technical department of the Faculty of Foundry Engineering, to determine the details of connecting the cameras to a network of faculty.
Department of Energy and Fuels received the first batch of cameras that will be used for the virtual laboratory, conducted under the project ExploreHouse.
Completion of the refurbishment of the hall. Signing of the protocol.
The completion of the partition separating the biomass boiler lab from the rest of the hall.
  
ExploreHouse project aims to create a virtual laboratory that allows to view and control the operation of heating equipment in a remote, using the Web. Access to the virtual laboratory will be possible anywhere in the world, thus contributing to the popularization of modern, environmentally friendly heating solutions (such as biomass boiler), equipped with advanced, efficient automation systems.