What does "Integrated Energy Systems" mean?
Table of Contents
Integrated Energy Systems (IES) are setups that combine different types of energy sources to meet the needs of a specific area, like an industrial park. These systems can include natural gas, wind, nuclear power, and storage technologies such as batteries or thermal storage.
Why Are They Important?
IES are designed to provide reliable energy while considering the ups and downs in energy demand. They aim to supply different forms of energy efficiently, making it easier for industries to operate without interruptions.
Dealing with Uncertainty
In real life, energy demands can change, and equipment might fail. IES take these uncertainties into account by focusing on the best choices for equipment and sizing. This way, they can ensure that enough energy is available, even when unexpected issues arise.
Economic Feasibility
To make IES work well, it's essential to evaluate their costs and benefits. By using advanced methods, planners can figure out whether a specific energy setup will be financially viable. This includes looking at how different energy sources and storage options can work together to save money and improve efficiency.
Applications
There are many ways IES can be set up. For example, natural gas can be paired with thermal storage, wind energy can work with battery systems, and nuclear power can be combined with hydrogen. Each combination has its own strengths, and the goal is to find the best mix for each situation.