Compare energy consumption for house heating needs in different locations using measurement data.

Analyze how a battery responds to thermal conditions as well as to charge and discharge cycles.

Wolfram empowers sustainable energy pioneers with the world’s leading all-in-one computation system, backed by its professional services team.

An Uninterruptible power supply (UPS) is used to protect electrical devices such as computers from power failures, when the main power fails. This example models both the physical behavior and the reliability of a UPS, conclusions can be drawn about both the switching behavior and the system reliability.

The demand for rapid changes in power generation is increasing and thus leading to a requirement for the quick start of boilers. However, one has to be careful to not heat a boiler too rapidly, as it might lead to material failures. This example uses a nonlinear boiler model that captures the key dynamical properties.

Which building properties affect the energy spent in air conditioning? This example uses data from 768 diverse residential buildings to predict their air conditioning’s thermal load by training a neural network. Connect this net with thermal modeling components to study the effect of building orientation.

Explore energy self-sufficient buildings. Test if the design is sufficient to meet the energy demand for any given day.