We appreciate your interest in our High Temperature Thermal Energy Storage (HTTES) technology and would gladly advise you individually on the operational use of the HTTES .
We would gladly advise you with our technical expertise in the field of thermal energy and plant engineering.
STORASOL is a young company that has established credentials and expertise. In addition to the many years of experience of the STORASOL managing directors in large-scale plant construction, enolcon and STORASOL have built and successfully operated various small plants as part of the high-temperature thermal energy development. The large-scale pilot plant at University of Bayreuth is the first HTTES in the megawatt scale and has 7 years of operational experience.
STORASOL's mission is to provide a green, efficient and economical energy storage for renewable energy and industry for the transition to a global, sustainable energy system.
The HTTES offers a cost-effective, economically attractive option for storing heat at a high temperature level for a multitude of applications. Shown here are the four major uses.
We'll keep you up to date. Our trade fair appearances, publications, current projects and current development topics can be found here.
Our pressurized high-temperature thermal energy storage TESS3B was developed specifically for use as a thermal power storage (Carnot battery). This allows the heat storage to be discharged under pressure and the hot air to be expanded into a turbine to produce electricity.
The OPTES-Battery has been further developed into the OPTES-GT for smaller power classes. The OPTES-GT battery is based on an open Brayton Cycle. The OPTES-GT battery was presented for the first time at the 3rd International Workshop on Carnot Batteries on September 28th, 2022 in Stuttgart.
WIRTSCHAFTLICHER VERGLEICH DER OPTES-BATTERY MIT DER LI-ION-BATTERY Aktuelles Messen November 24, 2021 Im Rahmen der StoreEnergy Messe hat STORASOL folgende Studie vorgestellt. In einem heutigen und einem zukünftigen Szenario wird ein wirtschaftlicher Vergleich aus der Kombination PV & OPTES ® -Batterie gegenüber PV & Li-Ionen Batterie vorgestellt. Die Ergebnisse zeigen
The basic engineering has just been completed for the VHTTES (Very High Temperature Thermal Energy Storage) shown in the figure. The storage systems are to be used in a solar power plant and in a thermal battery for storing electricity. The two storage tanks shown are flowed through with 1000 ° C hot air and have a usable storage capacity of 10 MWh each.
Both STORASOL-Managing Directors have vast experience of each more than 30 successful years in the areas of research, execution of EPC-contracts, operations of power utilities and the management of large business units and international companies. This includes positions in companies like for example E.ON, EnBW, Fortum and M+W Group.
International experience on the basis of many executed projects is forming a solid foundation for the business development and the management of the growth of STORASOL GmbH. Such experience is based as well on EPC- and power plant projects in Syria, Jordan, South Africa, Algeria, Chile, Spain etc.
Dr. Maier and Dr. Schneider are at the same time shareholders and Managing Directors of enolcon gmbh, the partner company of STORASOL GmbH. More information about enolcon under http://www.enolcon.com .
Dr. Schneider has been working in the field of energy management and power plant technology in Germany and abroad for over 31 years and in various fields, including more than 23 years in management positions as Managing Director.
Dr. Hartmut Maier has also been engaged within the energy sector, as well as in the energy management and power plant sector for more than 30 years. His fascination for energy and power plant technology dates from his adolescence.
We are pleased to have sparked your interest and are available for further information and a personal appointment.
