The penetration of renewable energies is increasing in power systems all over the world.
The volatility and intermittency of renewable energies pose real challenges to energy …

Burning fossil fuels is a major concern for global warming control. In Saudi Arabia, steam
power plants that relay on boilers to produce the steam accounted for around 50% of the …

Timely and accurate three-dimensional (3-D) NOx concentration distribution prediction is
essential for achieving low-emission and efficient operation in power plants. This study …

This paper proposes the multi-energy co-optimization of a household energy hub (EH) from
the perspective of the supply side. In this paper, firstly, a household load optimization model …

Determination of the optimum setpoint temperature of thermostats in various climates is a
problem in air conditioning of residential buildings. In this paper, a new method is developed …

Quantitative analysis of the factors affecting the energy consumption of metro trains and
finding out the breakthrough points of energy conservation is of great practical significance …

The physical field (temperature, gas concentration, etc.) inside the furnace is closely related
to the boiler combustion optimization. A novel multi-objective prediction framework based on …

To adapt to the time-variability of boiler combustion systems, a new online combustion
optimization method for boiler is proposed in this paper. The massive historical combustion …

When the battery temperature exceeds the normal range, the battery efficiency performance,
and life will be significantly reduced, and the battery may even explode. Therefore, an …

This study proposed a data-driven NO x modelling framework that could capture the
multimodal operational characteristics of a utility boiler, improve the training sample quality …