Swarup Paul et al., Journal of Management Research and Analysis (JMRA) Available online at http://jmraonline.com ISSN: 2394-2770, Impact Factor: 4.878, Volume 05 Issue 4(1), December 2018, Pages: 52-57 Homepage: http://jmraonline.com, Email: jmraeditor@gmail.com Page 52 ECONOMIC IMPLICATIONS OF THERMAL POWER PLANT BATTERIES AND THERMAL ENERGY STORAGE 1 SWARUP PAUL, 2 SHUBHAM MITTRA and 3 Dr RAVI THANGJAM 1,2 (B.Com Professional, Department of Professional Studies, Christ University, Karnataka, India) 3 (Department of Professional Studies, Christ University, Karnataka, India) Abstract: Thermal energy is an example of kinetic energy, occurs due to motion of particles, with motion being the key. Thermal energy results in an object or a framework having a temperature that can be estimated. Thermal energy can be exchanged starting with one object or framework then onto the next as heat. A thermal energy battery is a physical structure utilized for the motivation behind storing and discharging thermal energy. Such a thermal battery permits energy accessible at one an opportunity to be temporarily stored and afterward released at some other time. Thermal energy storage is accomplished with broadly contrasting advancements. Contingent upon the particular innovation, it enables overabundance thermal energy to be stored and used hours, days, or months later, at scales ranging from individual process, building, multiuser-building, district, town, or region. Key Words: Thermal energy, thermal energy battery, thermal energy storages. I. INTRODUCTION Solar energy is an appealing renewable energy source on the grounds that the sun's energy is plentiful and carbon-free. Cost and irregularity issues have counteracted far reaching arrangement of solar power plants, yet these issues might be incompletely relieved with the expansion of thermal energy storage. Liquid salt TES (Thermal Energy storage) can be utilized in lieu of a natural gas heater to give backup energy to an allegorical trough concentrated solar thermal power plant amid shady periods and evening time. TES can empower a PT plant to give solid pinnacle or base load electricity without relinquishing carbon lack of bias by depending on a natural gas backup framework. Be that as it may, the extra gear related with a TES framework can add generously to the effectively high capital cost of PT. A financial specialist will possibly accept the extra cost of these segments if the potential exists for an economic benefit that surpasses the additional cost. The main purpose of the study is to find how thermal batteries will be produced to store energy to power telecommunications, commercial enterprises and charging systems. They will also charge electric buses and other vehicle that are expected to run as far as 800km on a single charge. A thermal energy battery is a physical structure utilized for the motivation behind storing and discharging thermal energy see likewise thermal energy storage. Such a thermal battery permits energy accessible at one an opportunity to be temporarily stored and afterward released at some other time. The essential principles associated with a thermal battery happen at the atomic level of matter, with energy being added to or taken from either a strong mass or a fluid volume which makes the substance's temperature change. Some thermal batteries additionally include making a substance progress thermally through a stage change which causes much more energy to be stored and released because of the delta enthalpy of fusion or delta enthalpy of vaporization. Thermal energy storage is accomplished with broadly contrasting advancements. Contingent upon the particular innovation, it enables overabundance thermal energy to be stored and used hours, days, or months later, at scales ranging from individual process, building, multiuser-building, district, town, or region. II. LITERATURE REVIEW A thermal energy battery is a physical structure utilized for the motivation behind storing and discharging thermal energy. India have become home to the world’s first-ever thermal battery plant in Andhra Pradesh. This plant aims type} a brand new energy storage form that's expected to own business applications, while also maintaining a low carbon footprint, and being less dependent on external factors like weather. The thermal battery facility, to be closely-held by India Energy Storage Technology non- public restricted (BEST), are inaugurated in state and will offer energy solutions for electrical grids, transport and telecom services. Research is done to find how thermal batteries will be produced in the coming future and how it will be helpful in storing energy to power telecommunications, commercial enterprises and charging systems. The exergy analysis and software development have been conveyed out for the thermal power plants by. However, the PC program was produced by the authors was not made open in any case, essentially induced that, the exergy and the thermo-economic analysis done systematically. However they revealed that some imperative issues have not been addressed such as an addition to the age limit without corresponding enhancement of the transmission and distribution offices is probably going to further undermine framework efficiency. They also stated that venture in framework has been a duty of state