Sentence examples for underground energy from inspiring English sources

The comprehensive risk evaluation is of great importance for underground energy storage in bedded rock salt.

The complex geological conditions increase the risk possibility of underground energy storage disaster.

Since the early 1970s, Korea has constructed many large-scale underground energy storage caverns in response to rapid industrial development.

Rock salt is accepted as an ideal medium for underground energy storage due to its low permeability, favorable creep and damage recovery properties.

This paper presents a new methodology for estimation of small posterior failure probabilities for underground energy pipelines, based on external corrosion inspection data.

High frequency cycling of salt caverns is becoming common practice to meet the needs of energy markets and to foster underground energy storage.

Many plants of the forest floor have underground energy-storing organs such as bulbs, corms, or fleshy rhizomes that allow them to grow rapidly and strongly in spring to gain maximum advantage from the short, warm, shade-free period.

Underground thermal energy storage (UTES) is most commonly chosen as seasonal storage.

First, the systems using underground thermal energy are classified into two categories: borehole system with indirect heat exchange, and aquifer system with direct use of underground water.

A computational model for determining annual periodic performance of a cooling system utilizing a ground coupled chiller and a spherical underground thermal energy storage tank is developed.

The aim of this study was to investigate the influence of selected parameters on the efficiency of underground thermal energy storage.