Thermal Energy Storage Market SWOT Analysis and Competitive Insights till 2014 - 2025

The global Thermal Energy Storage Market was appreciated at US$ 3.20 billion in 2016 and will touch the value of US$ 12.50 billion by the completion of the year 2025. The storage of thermal energy is a machinery comprising the storing of energy by way of cooling or heating medium with the aim of the stored energy to be utilized at a later step for the purpose of generation of power. It also simplifies the balancing amidst the demand and supply of energy.

The thermal energy storage hinge on a lot of issues for example capacity of storage, utilization of temperature as per the requirements, duration of storage, available space, losses of heat, and supply. The important benefits of thermal energy storage are an upsurge in system dependability, decrease in the costs of generation and growth in the capacity of power generation.

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Drivers:

The most important issues motivating the development of the global thermal energy storage market are growing focus on the generation of renewable energy and growing government initiatives for the system of thermal power energy storage. Furthermore, the increasing demand for it in Heating, Ventilation, and Cooling (HVAC) will motivate the demand for it. Moreover, the greater demand for it in concentrated solar power (CSP) too offer a development opening for the global market for thermal energy storage.

What's more, the global thermal energy storage industry is estimated to develop at a greater percentage for the duration of the forecast owing to the growing emphasis on the generation of renewable energy.

By way of growing generation of renewable energy, here is the greatest necessity to store this energy, because the generation of renewable energy rests on sun and wind. This requires storing of the generated renewable energy from sources for example hydrogen, thermal, and solar. This will increase the demand for the system of energy storage, comprising thermal energy storage.

Restraints:

On the other hand; greater barriers on interconnections of grid and absence of technological capability may well pose as restraints for the development.

Classification:

The global thermal energy storage market can be classified by End Use, Storage Material, Technology, and Region. By End Use, it can be classified as Residential, Industrial, Commercial, and Utilities. By Storage Material, it can be classified as Phase Change Material, Water, Molten Salt and Others By Technology it can be classified as Thermochemical Storage, Sensible Heat Storage, and Latent Heat Storage

Regional Lookout:

By Region the global thermal energy storage industry can be classified as North America, Europe, Asia Pacific, South America, and Middle East & Africa. North America grasps the principal share in the market for thermal energy storage. A big sum of energy storage projects has been observed in the U.S.A during the previous small number of years. This will increase the market within the province.

Middle East & Africa are expected to be a robust donor in the market for thermal energy storage during the period of forecast, due to tough directives by the government and enormous resources of solar. Middle East & Africa is likely to record speedy CAGR as compare to any additional province. It is funded by growing existence of most important companies within the market.

Companies:

Some of the important companies for thermal energy storage market are Cristopia Energy Systems, Baltimore Air coil Company, Bright source Energy, Inc., FAFCO, Inc., Steffes Corporation, DN Tanks, Calmac, Solar reserve, LLC, Abengoa Solar, Burns & McDonnell, Ice Energy, Caledonian MacBrayne. Additional notable companies are Evapco, Inc., Chicago Bridge & Iron Company N.V. (CB&I), Caldwell Energy, Dunham-Bush Holding Bhd., Cryogel, TAS Energy, SENER Group, and Goss Engineering.