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18.3 MWh: Tesvolt and Green Energy 3000 are expanding their collaboration
PRESS RELEASE – Wittenberg, 07.08.2023:
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The international project developer Green Energy 3000 and Tesvolt, one of the innovation and market leaders for commercial and industrial energy storage solutions, are continuing their collaboration with the launch of their fourth joint project. This involves deployment of Tesvolt battery containers in a new solar farm near Braunschweig, Northern Germany. The solar farm will supply green electricity to around 5,000 households, while simultaneously reducing the load on the utility grid.
Pressebilder finden Sie hier: https://www.tesvolt.com/de/presse/tesvolt-und-green-energy-3000-bauen-zusammenarbeit-aus.html
Four solar farms with a total of 18.3 MWh
The fourth joint battery storage system project will see Tesvolt deliver two TPS-E storage containers with a total of 10 MWh of energy and 4 MW of output to Gardessen, near Braunschweig in Lower Saxony. The storage containers are to be connected to a solar farm with an output of 12 MWp. Pairing photovoltaics with a battery storage system helps create a more reliable and clima-friendly energy supply in the region. The project is being funded by the government as part of its innovation tendering scheme with which the German federal government regularly puts funded quantities of renewable energy production out for tender.
Tesvolt and Green Energy 3000 have already launched three similar projects within Germany over the past two years: battery storage systems totalling 8.3 MWh have been connected to solar farms in Saxony’s Großschirma, Brandenburg’s Maulbeerwalde and Bavaria’s Schnaittenbach. When combined with the current project, this means that the two partners have added a total of around 18.3 MWh in storage capacity to the utility grid.
The ban on bidirectional charging must be lifted
The battery storage system is not just intended to reduce the load on the utility grid; the energy it stores is also sold via arbitrage transactions, for instance, or via participation in the operating reserve markets.
“Legislators need to take action to ensure the innovation tender remains an appealing tool for project owners. The current stipulation that battery storage systems are not allowed to store electricity from the grid, i.e. that they cannot run bidirectionally, must be changed as a matter of urgency. This is the only way for the available storage capacity to be used to full effect,” says Philipp Schreiber, project manager for large-scale storage systems at Tesvolt. “This would also add a clear additional incentive for investing in energy storage, as operators would be able to boost their profits by selling their storage capacity. In turn, this would quieten demand from project developers for get higher feed-in tariffs.”
A stable supply of green energy
“We’re delighted to be continuing our brilliant partnership with Green Energy 3000,” says Simon Schandert, Tesvolt’s CTO. “With our expertise in battery storage systems and Green Energy 3000’s project development know-how, we’re jointly contributing to a sustainable energy supply and showing the way toward the energy transition.”
“We managed to technically optimise the projects through our constructive collaboration with Tesvolt, which continued after the battery storage system had been commissioned. The partnership between Green Energy 3000 and Tesvolt has now proved its worth and delivered a wealth of valuable insights for both parties,” says Andreas Renker, CEO at Green Energy 3000.
Durable and specialised in ancillary services
Tesvolt’s TPS-E battery container boasts high energy density in three different container sizes, 100% depth of discharge and a planned lifespan of 30 years. Thanks to Tesvolt’s intelligent battery management system, the TPS-E stabilises the integration of renewable energy sources into the utility grid to enable a reliable supply of clean energy. The system can be adapted to any purpose – self-consumption optimisation, peak shaving, arbitrage trading on spot markets or the provision of operating reserves.
You can view a video on the project in Großschirma here: https://www.tesvolt.com/de/projekte/stuetze-fuer-das-stromnetz.html
About Tesvolt
Tesvolt AG is one of the innovation and market leaders for commercial and industrial energy storage system solutions in Europe. Tesvolt products enable companies to end their energy dependency and play a part in the energy transition. The agile company produces intelligent lithium storage systems with power ratings from 10 kilowatt hours through to multiple megawatt hours – with top quality and TÜV-certified safety. Tesvolt manufactures its commercial storage system solutions in series production at its own carbon-neutral gigafactory in Wittenberg, Germany, and delivers them worldwide. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category, “Innovator of the Year” from TOP 100 and the smarter E Award in the “Outstanding Projects” category.
About Green Energy 3000
Green Energy 3000 Holding GmbH is an umbrella organisation for German and international companies working together on the energy transition. The group’s range of services encompasses the project development, planning, financing, procurement, establishment and operation of wind and solar farms, hybrid installations with battery storage systems and agri-PV projects. More than 65 projects with a cumulative output of more than 350 MW have been implemented since 2004.
Through its work, Green Energy 3000 plays a key role in the expansion of renewable energies and a secure, independent energy supply.
Press contact
Tesvolt
Ingo Valldorf
Corporate & Financial Communications
Tel: +49 3491 – 8797-234
Mobile: +49 151 724 740 09
Email: ingo.valldorf@tesvolt.com
BESS manufacturer Hithium debuts at EES, signs with Powin
PRESS RELEASE – Munich, 16. June 2023
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Battery energy storage manufacturer Hithium appeared for the first time as an exhibitor at The Smarter E’s EES trade fair alongside Intersolar in Munich this week. The company announced its entry into the European market last month with an office opening in Munich, just as it surpassed 9 GWh total battery capacity delivered since the company was founded in 2019.
Hithium presented lithium-ion battery products including its 4 MWh 300 Ah-cell based container, featuring less than 2% degradation in the first 1000 cycles at the cell level (reduced from the industry-typical 6%). A main goal in developing the new container was to improve capacity usage and thus the investment rate of return in the initial three years of use. The product also offers a lifespan over 10% longer than a typical 280 Ah-based system.
New agreement with Powin starts with 1.5 GWh
The company has also signed a new agreement with North American energy storage solutions provider Powin LLC (Powin) for the delivery of Hithium energy storage products. 1.5 GWh of battery capacity has been confirmed, with a further 3.5 GWh in upside potential.
Jason Eschenbrenner, Powin Global VP of Procurement, said, “Our customers expect us to deliver maximum safety and performance, and to do it cost-effectively. That’s what Hithium products achieve, and we look forward to taking this step together.”
About HiTHIUM
Founded in 2019, HiTHIUM is a leading manufacturer of top-quality stationary energy storage products for utility-scale as well as commercial and industrial applications. With four distinct R&D centers and multiple “intelligent” production facilities, HiTHIUM’s innovations include groundbreaking safety improvements to its lithium-ion batteries as well as increases in lifecycle. With many decades of cumulative experience in the field among its founders and senior executives, HiTHIUM leverages its specialization in BESS to deliver partners and customers unique advances in energy storage. The company is based in Xiamen, China, with further locations for production, research, or sales in Shenzhen, Chongqing, Munich, and California. HiTHIUM has shipped 9 GWh of battery capacity, 5 GWh in 2022 alone, and is expanding its current 45 GWh of production capacity to 70 GWh by the end of 2023.
The SolBrid: Extra flexible new Steca inverter for up to 4 PV strings
PRESS RELEASE – Memmingen, 07.06.2023
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With the new StecaGrid inverter SolBrid, Steca presents an exceptionally flexible and powerful three-phase 10 kW hybrid inverter. The SolBrid has up to four MPP trackers, which makes it suitable for photovoltaic installations on complex roof layouts. With a battery charging current of up to 25 A, it can be connected to a wide range of different high-voltage battery types. The inverter can be combined with the StecaGrid Switch to shift into stand-alone mode and supply a building with emergency power in the case of a blackout. That way the energy consumers in the house can seamlessly use power from the PV installation or a battery.
Future-proof, thanks to flexible PV input ports
“The SolBrid provides installers with a particularly flexible solution for a multitude of system variants, including complex roof layouts, different module and battery types, and standby power supply. The new inverter covers a wide range of applications,” says KATEK’s Dr. Peter Grabs.
Depending on the product variant, two or four MPP trackers enable a maximum photovoltaic input current of 15 Ampere each and an input voltage of up to 1,000 Volts. The first unit of the product range has an output of 10 kW.
App control and variable interfaces
Installation of the new inverter is possible via an app and users can access the operating data via mobile device. As a result of its IP65 standard housing, the inverter can also be installed outdoors.
A battery management system for BYD storage systems and an RS485 interface have been integrated (with further storage systems to be added). The RS485 enables the StecaGrid Switch circuit breaker and additional energy meters to be connected.
StecaGrid Switch for even more functions
Installing the StecaGrid Switch together with the SolBrid adds even more functions: The intelligent circuit breaker enables emergency power operation as well as real time measurement of energy consumption with deviation rate of just 2%, for accurate monitoring.
About KATEK
KATEK Group, headquartered in Munich, is one of the fastest growing electronics companies in Europe and aims to make a decisive contribution to the “electronification of the world.” As an end-to-end service provider for high-value electronics, KATEK offers a range of services covering the entire product lifecycle: from the development of software and hardware, through rapid prototyping of electronic assemblies and production, to subsequent support of the process at the customer’s premises, including logistics, after-sales and service activities.
At locations in Germany, Eastern Europe, North America and Asia, the company’s 3,100 employees produce the megatrends of the future. With its local-to-local approach, KATEK ensures proximity to the customer and at the same time paves the way to the global market.
At its site in Memmingen, Germany, KATEK Memmingen GmbH develops, produces, and distributes high-performance electronics for industry, medicine, domestic and automotive engineering, as well as innovative proprietary products for solar and energy that are known under the name Steca – A KATEK Brand.
KATEK’s CEO & co-founder is Rainer Koppitz, and Dr. Johannes Fues serves as CFO. For more information, please visit https://katek-group.com. Information about Steca – A KATEK Brand can be found at https://www.steca.com/.
Press contact
Olga Drichel
Tel. +49 8331 8558580
Mobil +49 172 4009303
olga.drichel@katek-group.com
Tesvolt presents storage solutions for special safety requirements
PRESS RELEASE – Wittenberg, 30.05.2023
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At this year’s smarter E Europe trade fair in Munich, Tesvolt has joined with Denios to present an all-in-one solution that combines a battery storage system and fire protection – the only one of its kind in the world. The Power Safe product line also meets the most stringent safety requirements in commercial and industrial settings, for example in operations located in water conservation areas or regions that are at a risk of forest fires, or as required by some insurers. Products in this line feature cases offering F90 fire resistance rating and are available in various sizes, from small-scale 80-kWh solutions to large energy storage systems with several megawatt hours.
Press images are available here: https://www.tesvolt.com/en/press/tesvolt-presents-storage-solutions-for-special-safety-requirements.html
Sophisticated fire protection case for extreme requirements
“For years now we have been engaged with the safe storage and handling of hazardous materials. Tesvolt not only has high-performance, durable storage systems, it also has some of the safest battery storage technologies on the market. However, in some cases, safety requirements are particularly strict, for example in countries with special environmental regulations or specific requirements from insurers,” explains Markus Boberg, Business Development Manager at Denios. “Now we have joined together to develop a technical solution that can meet the strictest safety requirements, by enclosing the battery storage system within an additional fire safety case.”
Proof of safety for public authorities
In the Power Safe product line, storage systems come in a spatial system with dual-frame construction classified as REI 90 or REI 120 fire protection. It can withstand fire, either internal or external, for at least 90 minutes, fulfilling the standards for safety certification demanded by approval authorities and greatly reducing complex approval processes. This safety certification also allows the system to be installed without a minimum clearance between it and adjacent buildings. Moreover, Denios offers round-the-clock remote monitoring and will alert the operator immediately in the event of a problem with the system. An aerosol-based extinguishing system is also available for the spatial system.
Certified safety
“Tesvolt storage systems already fulfil particularly stringent safety requirements. We have a multi-level safety concept and our storage systems are certified by the testing institute TÜV Rheinland. I am particularly pleased that we can now also offer our commercial customers a technical solution for highly sensitive environments. With this we have cleared yet another hurdle on the path to universal availability of clean energy,” says Simon Schandert, CTO and Co-Founder of Tesvolt.
The exceptionally high safety levels of Tesvolt storage systems are driven partly by the design of the battery cells: prismatic cells are considered to be the safest lithium-ion cells. At the system level, Tesvolt’s battery management system also monitors the voltage of each individual cell. This means the whole system is subject to constant plausibility monitoring. If the normalised range is exceeded, the system automatically switches to a safe state.
Power Safe spatial systems with fire protection come with European Technical Assessment (ETA) and associated CE labelling. This offers enhanced planning and legal security for country-specific approval processes.
Tesvolt at smarter E
Power Safe battery storage systems are primarily sold through Denios, but on request they can also be processed through Tesvolt.
At the ees / The smarter E Europe trade fair in Munich, Tesvolt is exhibiting the new Power Safe storage systems at stand B2 110 from 14 to 16 June.
About Tesvolt
Tesvolt AG is one of the innovation and market leaders for commercial and industrial energy storage system solutions in Germany and Europe. Tesvolt products enable companies to end their energy dependency and play a part in the energy transition. The agile company produces intelligent lithium storage systems with power ratings from 10 kilowatt hours through to multiple megawatt hours – with top quality and TÜV-certified safety. Tesvolt manufactures its commercial storage system solutions in series production at its own carbon-neutral gigafactory in Lutherstadt Wittenberg, Germany, and delivers them worldwide. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category, “Innovator of the Year” from TOP 100 and the smarter E Award in the “Outstanding Projects” category.
Press contact
Vera Neuhäuser
Tel. +49 30 – 221 83 82 49
Mobil +49 178 – 53 68 425
vera.neuhaeuser@sunbeam-communications.com
Stationary battery manufacturer Hithium launches in Europe
PRESS RFELEASE – Munich, 23.05.2023
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- Hithium debuts at Intersolar while ramping up production capacity to 70 GWh this year
- Company delivered 5 GWh in 2022
- Product innovations for large-scale utility and C&I segments focus on durability, safety, and reducing LCOS
Lithium-ion stationary battery producer Hithium is entering the European market, with the opening of an office in Munich and its first appearance at Intersolar Europe. The company has achieved top positioning in the battery energy storage (BESS) sector in its home market of China, with 5 GWh of battery products shipped in 2022 alone, ranking first in the domestic BESS market in terms of projects supplied*. To prepare for a global market presence, Hithium is currently building out its manufacturing capacity from 15 GWh to 70 GWh by the end of 2023, and to 135 GWh by 2025.
The specialisation advantage
Hithium is one of the largest battery producers to focus solely on BESS, with more than a thousand employees working on research and development across its four distinct research institutes. Along with safety innovations, achieving “0” loss in the initial 1000cls (*Capacity/Energy fading ≤2% ), and extending battery lifespan to 12,000 cycles, the company has also driven the cost down for its high-quality products. To that end, Hithium has made significant investments in its manufacturing to build one of the most advanced battery cell production lines in the world.
“We’re reducing the cost of high-quality energy storage and aiming to do for stationary batteries what the Chinese solar industry has done for the global solar sector,” said Ziqi Yi, HiTHIUM CTO.
Winfried Wahl joins to launch Hithium Germany
Hithium has secured tech and energy expert Winfried Wahl as senior director for product management for the European market. Wahl has spent over a decade in photovoltaics and clean energy, as well as in introducing top Chinese manufacturers to the European market.
“Hithium is entering the European market as demand for energy storage is set to spike. As Europe moves to renewables, we need energy storage to stabilise the grid and the energy supply,“ Winfried Wahl explained. “For Germany alone to achieve the energy storage target laid out by Fraunhofer ISE of 100 GWh by 2030, we have to increase our capacity by over 45% per year.”
Find Hithium at Intersolar Europe in Hall C2, Stand 520
*Data source: GGII. Calculating the number of China’s energy storage projects using LFP batteries delivered. Updated in Jan, 2023.
Press Contact Hithium europe
Maggie Bell
Sunbeam Communications GmbH
Phone: +49 30 2218382-11
bell@sunbeam-communications.com
Tesvolt Introduces New Battery Storage Systems for Commercial Use
PRESS RELEASE – Wittenberg, 15.03.2023:
Tesvolt presents its new generation of battery storage systems TS HV 30-80 E, offering even better options for variation and, for the first time, a 10-year guarantee for system and performance. The new products are optimised for the needs of commercial enterprises – from small bakeries to large manufacturing companies – and allow for exceptionally high levels of safety and durability. From system configuration and commissioning to after-sales support, installers have full digital access to all services.
Press picture find here tesvolt.com/en/press/tesvolt-introduces-new-battery-storage-systems-for-commercial-use.html
The new generation of storage systems consists of the TS HV 30 E, the TS HV 50 E, and the TS HV 80 E. The efficient high-voltage storage units are easily scalable. Combined, they achieve a total energy of up to 5 megawatt hours. The new three energy storage systems also incorporate advanced Tesvolt battery modules, each with 22 Samsung SDI cells of the latest generation. The high energy density of the battery cells makes these storage systems especially economical. New features include the Sunny Tripower Storage X three-phase battery inverter from SMA, which ensures even faster reaction and control times as well as a broad usable DC voltage range. And the energy storage systems can now be combined with two different energy management systems: the Basic or Pro model. Tesvolt offers a 10-year guarantee for system and performance with the new storage systems.
Future-proof business models by virtue of multi-use capability
“Our new generation of battery storage incorporates all the knowledge we have gained from almost a decade of experience in developing energy storage systems for commerce and industry,” explains Simon Schandert, CTO and Co-Founder at Tesvolt. The new storage systems can adapt even more effectively to the individual preferences of commercial enterprises. That goes for standard applications such as self-consumption optimisation and peak shaving or for multiple applications running in parallel. “The multi-use functions enabled by our energy management system offer enormous potential. Tesvolt customers can combine almost all applications as needed, such as optimising self-consumption with simultaneous control of generators and consumers. Or the forecast-based charging of electric vehicles with concurrent zero feed-in, to give another example. In this way, it will be possible to realise applications and business models in the future that may not even exist yet,” Schandert adds.
Smart charging station control
The Pro model of the energy manager allows the user to control and prioritise up to 25 charging points. For example, customers could be granted prioritised access to parking spaces over employees. Another example is the capability to configurate a charging point in such a way that it uses only green electricity from a photovoltaic system.
Certified safety
The three new storage units, just like the preceding Tesvolt systems, will be certified by TÜV Rheinland for functional safety, among other things, making them among the safest on the market. These exceptionally high safety levels are driven partly by the design of the battery cells: prismatic cells are considered to be the safest lithium-ion cells. At a system level, Tesvolt’s battery management system monitors the voltage of each individual cell. The whole system is therefore subject to constant plausibility monitoring. In case the normalised range is exceeded, the system automatically switches to a safe state.
It’s all digital
Tesvolt offers its installation partners all services digitally. The installer can plan the storage system project, configure the storage system, and order it all online in the Partner Portal. The storage system can also be commissioned digitally; thus, the installer can simply scan the components on-site using QR codes. In the Partner Portal, every step is explained with “How to” videos, and personal advice is also available via the hotline.
Effective immediately, installers can access training on the new storage systems at any time in the Partner Portal under tesvolt.com/en/partner/become-a-partner.html
Tesvolt will be presenting the new generation of storage systems at the smarter E Europe trade fair in Munich, Germany, from 14 to 16 June, at booth B2 110.
Further information, data sheets and the product brochure for the TS HV 30-80 E are available here: tesvolt.com/en/products/e-series/ts-hv-30-80-e.html
About Tesvolt
Tesvolt AG is one of the innovation and market leaders for commercial and industrial energy storage system solutions in Germany and Europe. Tesvolt products enable companies to end their energy dependency and play a part in the energy transition. The agile company produces intelligent lithium storage systems with power ratings from 10 kilowatt hours through to multiple megawatt hours – with top quality and TÜV-certified safety. Tesvolt manufactures its commercial storage system solutions in series production at its own carbon-neutral gigafactory in Lutherstadt Wittenberg and delivers them worldwide. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category, “Innovator of the Year” from TOP 100 and the smarter E Award in the “Outstanding Projects” category.
Press contact
Vera Neuhäuser
Sunbeam Communications
Tel. +49 30 221 83 82 49
Mobil +49 178 53 68 425
VARTA research bets on AI to achieve longer battery storage lifespan
PRESS RELEASE – Nördlingen, 20.02.2023:
Together with three renowned partners, German battery specialist VARTA is developing a battery management system based on machine learning and artificial intelligence (AI). The research project, entitled “Longer,” aims to map the typical operating modes of home storage systems and their effect on batteries more precisely than existing software. This will allow the use of available battery capacity to be optimized, while at the same time conserving the battery. The partners’ goal is to achieve a longer battery life, decrease the material input needed, and reduce CO2 emissions at a lower cost.
Pressebilder: https://sunbeam-communications.com/en/varta-research-bets-on-ai-to-achieve-longer-battery-storage-lifespan-2/
The company launches a joint project with the Fraunhofer Institute for Solar Energy Systems ISE, NOVUM engineering GmbH, and TWT GmbH Science & Innovation
Research Coordinator at VARTA Storage Benjamin Achzet explained: “Home battery storage systems, today, typically complete 200 to 300 full charge cycles per year and are used almost exclusively to store solar power. In the future, home storage will also be able to act as an ‘electricity trader,’ thus further reducing energy costs and actively relieving the power grid.”
This will require storage systems with higher cycle stability, however. The Longer research project, which will run until the end of 2025, is intended to help prepare storage systems for such new tasks. With VARTA Storage as its coordinator, the project also has support from Fraunhofer Institute for Solar Energy Systems, NOVUM engineering, and TWT Science & Innovation.
AI to model individual battery aging
How battery storage systems age depends heavily on the number and depth of charging cycles, but also on a variety of other factors, including charging and discharging power as well as ambient temperature. Because both the processes within the battery and user behavior are very complex, aging is difficult to estimate using conventional methods. It has to be examined on an individual basis.
Through the Longer project, VARTA is using AI, together with machine learning, to develop models of user behavior and battery aging. To this end, programs are being implemented on field test devices of the VARTA.wall home storage system.
A new generation of individualized battery management
The AI is expected not only precisely to analyze load profiles in buildings, but also to learn how the battery should best be discharged or charged in any given situation, in order to operate more efficiently over time. “In the field trial, the AI independently learns how a particular load profile affects the battery, its state-of-heath. Over time, it will be able to predict the state-of-health, then allowing for predictive control,” said Jens Haupt, NOVUM engineering battery aging specialist. Such AI-based battery management will thus be able to make optimal use of the battery’s capacity, while also maximizing its service life.
Simulation models of storage facilities will be used in the Longer research, too, to test and validate the AI-based operating strategy efficiently, in a targeted manner. “Efficient simulation methods – or digital twins – not only allow validation in reasonable time frames, but also the testing of borderline scenarios that are otherwise costly to realize in the laboratory,” explained Alejandro Cárdenas, simulation expert at TWT Science & Innovation.
Instead of following fixed rules, AI finds the best strategy for each use case. “Typical yield and consumption patterns are already known to the AI and it constantly refines them through machine learning. This way, each home gets its own customized energy and battery management. Depending on personal preferences, it maximizes self-consumption, minimizes CO2 emissions, or optimizes for profitability,” added Arne Groß, Fraunhofer ISE software expert.
Through the research, the AI is to be used in storage devices produced by VARTA, which intends to deploy the technology to continuously improve its batteries. The company’s ultimate stated goal is to be able to offer a storage device with a lifetime warranty.
Press contact:
VARTA AG
Christian Kucznierz
Head of Corporate Communications
Tel: +49 79 61 921-2727
christian.kucznierz@varta-ag.com
VARTA research bets on AI to achieve longer battery storage lifespan
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Tesvolt invests 60 million euro in new battery storage gigafactory
PRESSEMITTEILUNG – Wittenberg, 14.02.2023:
- Construction to begin in spring 2023 with completion planned in 2024
- Creation of more than 400 new jobs
- Current production capacity expected to increase tenfold
- One of Europe’s largest production sites for stationary energy storage systems
Lutherstadt Wittenberg/Germany, 14 February 2023 – Tesvolt AG, one of the technology leaders for energy storage in the commercial and industrial sectors, is planning to build a new gigafactory at its headquarters in Lutherstadt Wittenberg in Germany. The planned construction will include a highly automated production building for battery storage systems as well as a new research and development centre. The aim is for the carbon-neutral facility to ultimately reach a production capacity of up to four gigawatt hours per year. Construction work begins in spring 2023 and is expected to be completed in 2024.
Press Picture: https://www.tesvolt.com/en/press/tesvolt-invests-around-eur-60-million-in-new-gigafactory-in-lutherstadt-wittenberg.html
Tesvolt is investing around 60 million euro in the construction of the two new buildings and the renovation of existing facilities. The company is expecting to be eligible for subsidies of up to 12 million euro through the Investitionsbank Sachsen-Anhalt. In the long term, more than 400 jobs are expected to be created, primarily in the areas of research and development, logistics, and project planning. With the planned annual production capacity of four gigawatt hours, the site will be one of the largest facilities for commercial stationary battery storage systems in Europe.
Daniel Hannemann, Tesvolt CEO and co-founder: “In the future, our new gigafactory is set to produce up to 80,000 storage systems per year – that equates to a tenfold increase on today’s production capacity. With this milestone we are contributing to an increase in international independence for the European energy transition. The new gigafactory will help us strengthen our home region, and Germany, as a leading location for the energy transition. At the same time, we are reinforcing our mission to bring affordable, clean energy to every corner of the world.”
Dr Reiner Haseloff, Prime Minister of Saxony-Anhalt: “With this highly ambitious investment project, Tesvolt will set a landmark in Saxony-Anhalt that cannot be overlooked by the German and international markets. The company is expanding and consolidating the activities that it began in Lutherstadt Wittenberg in 2014. It is pleasing that, in addition to the expansion of its production capacity, investments are also being made in the company’s own research and development. This is an important step towards solid and regional value creation from an idea to the finished product. This way, Tesvolt is contributing to the success of a sustainable energy transition.”
In the new factory, battery storage systems will be manufactured over two floors measuring almost 6,000 m² in total. A fully automated high-bay racking system will quadruple the storage capacity, while a new production line using robots ensures highly efficient, flexible and scalable production of battery modules. Small wind turbines on the building and a photovoltaic installation will ensure that production remains entirely carbon-neutral. The heat supply to the building is provided through air source heat pumps and heat recovery, and construction meets the energy efficiency standard KfW 50. Excess electricity is collected and stored in the factory’s own Tesvolt battery storage systems.
The new research and development building is to be the starting point for future innovative hardware and software from Tesvolt. In addition, a visitor centre with showroom, a training area for installers and two lecture halls with video studio are planned on three floors. The development of the site is consistently geared towards the requirements of “new work” and an agile organisation. Employees will benefit from places to meet and gather, including a fitness studio, cafeteria and library as well as relaxation and massage rooms. A 64-metre glass footbridge will connect the R&D building with the factory, enabling close communication between teams.
About Tesvolt
Tesvolt AG specialises in battery storage systems for the commercial and industrial sectors. The innovative company produces intelligent lithium storage systems with power ratings from 30 kilowatt hours through to multiple megawatt hours. Tesvolt uses high-performance battery cells from Samsung SDI. Tesvolt manufactures its commercial storage system solutions in series in its own gigafactory for commercial battery storage at the Wittenberg site and delivers them worldwide. Since 2014, Tesvolt has implemented more than 4,000 storage system projects worldwide and employs more than 180 people. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category, “Innovator of the Year” from “TOP 100” and the smarter E Award in the “Outstanding Projects” category.
www.tesvolt.com
Press contact