Silentsoft Real-time Building Monitoring for energy optimisation and CO2 reduction is being featured in a two page advocacy in the Innovative Technologies section of the COP 15 edition of Climate Change “addressing the challenge”. This book covers the primary climate change conferences and contains articles from most of the world’s heads of state. The COP 15 edition covers the UN Climate Change Conference in Copenhagen from 7 December 2009 through 18 December 2009.

Theoretical modelling has been the traditional tool to optimise building energy performance and reduce CO2 emissions. The drawback is that calculations are only done periodically. Thanks to the evolution of telemetry, it is now possible to have real-time visibility on building energy performance and CO2 emissions. Fully understanding the energy dynamics of each building in real-time and comparing all buildings through a single view is a highly effective way to save energy costs and reduce CO2 emissions.

Silentsoft captures all energy consumption and parameters for a building which provides visibility on the building’s energy performance. This visibility is used to establish and monitor in real-time the baseline energy signature, energy index, energy category (A,B,C,D,E,F and G) and CO2 emissions of each building. Comparisons of all buildings under a customer’s control facilitates the identification of problem buildings.

This visibility is used to take immediate corrective steps and can also drastically change the behaviour causing climate change. Behaviour change can be further strengthened by bringing these real-time measurements down to each room in a building.

About Silentsoft

Silentsoft SA is the European leader in telemetry for bulk product inventory monitoring and building energy management. Silentsoft is an end to end solution provider including the design, manufacturing and installation of our own GSM transmitters with the primary focus on services through the provision of business information to our customers. Our hardware and M2M platform are the result of nine years of continual development that serve 30’000 current installations.