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
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
Tesvolt is now an “AG” with an outstanding Supervisory Board
Press release – Wittenberg/Germany, 2 September 2022 :
Tesvolt, a global technology leader for energy storage in the commercial and industrial sectors, has appointed outstanding members to its newly established Supervisory Board as it transforms into an “Aktiengesellschaft” (“AG”, comparable to a public limited company). In taking this step, Tesvolt AG is providing for highly dynamic business growth and further internationalisation. The members selected for the Supervisory Board combine comprehensive expertise in the energy industry, corporate administration and international financing, each bringing extensive experience and excellent networks in these fields.
Please find press pictures here: https://www.tesvolt.com/en/press/tesvolt-is-now-an-ag-with-an-outstanding-supervisory-board.html
With the transformation to AG status, the existing directors will be appointed to the Management Board. As CEO, Tesvolt co-founder Daniel Hannemann will take up the role of Chairman. Co-founder Simon Schandert will be responsible for the products and their technical development in his role as CTO. Finance expert Philipp Koecke, who recently joined the company, will be CFO.
Oliver Borrmann was appointed Chairman of the Supervisory Board in the inaugural meeting, and Claudia Thonet Deputy Chair. Johannes Meran and Ralf Christian make up the remainder of the Supervisory Board.
Oliver Borrmann is one of Germany’s most experienced venture capital investors. He is the founder and Managing Partner of bmp Ventures AG, which began investing in Tesvolt in early 2017 with its fund, “IBG Risikokapitalfonds III” of the German state of Saxony-Anhalt. Tesvolt has also secured Ralf Christian, former CEO of the Energy Management division of Siemens, for the Supervisory Board. In his former role, he was responsible for 55,000 employees worldwide and over EUR 12 billion in revenue. He has been a key player in the global energy industry for two decades, with upper management positions at Siemens and GE. Ralf Christian was also involved in the establishment of Fluence Energy, a US-based provider of energy storage system solutions throughout the world. Johannes Meran is Managing Partner and CIO of the Liechtenstein Group, which is owned by the Princely House of Liechtenstein and which made a significant investment in Tesvolt in the most recent funding round, in autumn 2021. Claudia Thonet is the founder and Managing Director of Claudia Thonet Agile Consulting and supports Tesvolt as an expert in organisational development in the context of agile transformation.
Daniel Hannemann and Simon Schandert, board members and majority shareholders in Tesvolt AG: “Following our successful funding round, we are now giving our company the structural basis for further growth. We are proud and pleased to have leading experts on the Supervisory Board to support us on this journey. Their expertise and contacts will give us key impetus for the further expansion of Tesvolt.”
About Tesvolt
Tesvolt AG specialises in battery storage systems for commerce and industry. The innovative company produces intelligent lithium storage systems with power ratings from 30 kilowatt hours through to many megawatt hours. Tesvolt uses high-performance battery cells from Samsung SDI. Tesvolt manufactures its commercial storage system solutions in series production at Europe’s first gigafactory for commercial battery storage systems at its Wittenberg site in Germany and delivers them worldwide. Tesvolt has already implemented more than 3,000 storage system projects worldwide and employs more than 170 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.
Contact
aleo presents new premium panel for Swiss Solrif solar roof tiles
PRESS RELEASE – Prenzlau/Hedingen, 2.8.2022:
The premium panels in aleo’s new LEO series are also available as solar roof tiles. With LEO Sol, aleo is launching a high-performance half-cell panel. LEO Sol can be integrated into the roof surface using the Solrif in-roof photovoltaic mounting system from Ernst Schweizer AG. The glass-foil panel with black back sheet is larger and higher-yielding than its predecessors. When mounting with Solrif, the classic roof tile is replaced by the solar roof tile, creating a high-quality and homogenous appearance on the roof.
You can find a press image here: www.aleo-solar.com/newsitem/aleo-presents-new-premium-panel-for-swiss-solrif-solar-roof-tiles/
New efficiency class for proven system
The new monocrystalline premium panel LEO Sol with a size of 1,169 mm x 1,607 mm x 17 mm and a peak output of 345 W consists of 96 half cells. By using half-cells with 10 busbars, aleo minimises the series resistance and thus maximises the efficiency of its LEO premium panel. Instead of flat wire, thin, round wires are used so that more light hits the cells. The division of the cells and the closely spaced busbars also ensure that the panles last longer, as additional current paths are created.
With the Solrif in-roof PV mounting system from Ernst Schweizer, which has been tried and tested for over 20 years, LEO Sol is laid overlapping and tension-free on the pitched roof instead of being clamped. The solar roof tile is laid directly on the supporting battens just like conventional clay roof tiles. In addition to partial roofs, full roof coverings are also possible: Solrif blind modules offer design options for integrating corners and edges around chimneys, skylights or dormers homogeneously into the roof. Due to the free lower edge of the panels, the Solrif system is self-cleaning and requires virtually no maintenance.
Simple planning, comprehensive testing
The planning software Solar.Pro.Tool from Schweizer allows the system configuration with LEO Sol to be planned easily and, taking into account statics and electrics, safely. LEO Sol has been tested and certified as a hard roofing system for fire protection, is free of snail tracks and can withstand hailstones of up to 40 mm.
Solar aesthetics Made in Europe
With its uniform appearance, the solar roof tile Solrif is also suitable for use on listed buildings and for aesthetically demanding new construction and renovation projects. “As the global market leader in in-roof photovoltaic installation, we have particularly high demands on the performance and aesthetics of our solar roof tiles. Together with aleo and LEO Sol, we offer an in-roof PV solution that combines the latest technology with a chic look,” says Helge Hartwig, Sales Manager Solrif at Ernst Schweizer.
Quality as well as sustainability go hand in hand in the production of both system components: The premium panel LEO Sol is produced at aleo in Prenzlau using 100 percent renewable energy and comes with a product and performance guarantee of 25 years. Ernst Schweizer produces the Solrif mounting system with durable aluminium directly in Switzerland. Since the solar roof tile replaces the classic roof tile, both materials and work steps are saved during installation. And thanks to short transport routes within Europe, the LEO Sol-Solrif system combination causes fewer greenhouse emissions during delivery.
William Chen, CEO at aleo: “Our new LEO series is the most powerful that aleo has produced to date. The LEO Sol panel meets the high quality standards of the new series. The black back sheet completes the elegant look of the panel. Together with the Swiss mounting system Solrif, we are bringing a high-quality and sustainable in-roof photovoltaic solution `Made in Europe` to the market that is something to be proud of.”
Press contact
Miriam Machnik
aleo-Pressesprecherin
miriam.machnik@aleo-solar.de
Helge Hartwig
Verkaufsleiter Solrif
Mobil: +49 172 343 66 03
Helge.Hartwig@ernstschweizer.solar
European hydrogen start-up hub H2UB and decarbXpo cooperate
PRESS RELEASE – Düsseldorf, 4.7.2022:
The H2UB, Europe’s hydrogen hub for start-ups, companies and research and decarbXpo, the trade fair for industrial decarbonisation and energy storage, have signed a partnership agreement. As a part of their cooperation, the partners are connecting young companies from the hydrogen sector with industrial users and leading industrial organisations.
Press graphic Download
Decarbonisation needs cross-industry cooperation
“decarbXpo’s cross-industry and cross-sectoral approach is an ideal match for the innovations happening in the hydrogen sector which theH2UB is supporting: It’s not just a few industries but almost all economic sectors can reduce their climate-relevant emissions by utilising hydrogen. Upstream and downstream processes within the hydrogen value chain, supply chains, and converting and expanding the existing infrastructure call for a strategic approach. This is the only way to supply all users with enough hydrogen at the right time, and to plan and implement the use of hydrogen in a business context. A common roadmap and an active exchange between all participants are essential, and start-ups play an important role”, says Uwe Kerkmann, CEO of H2UB.
Joint stand “Experience H2 Innovation with H2UB”
The H2UB will offer start-ups from the hydrogen sector a presentation and communication platform at decarbXpo. H2UB invites start-ups from the entire value chain – from production, storage and transport of hydrogen to its use in different industries and sectors – to apply for a space at the “Experience H2 Innovation with H2UB” joint stand. The H2UB is also active in the accompanying programme of decarbXpo.
“We offer start-ups from the hydrogen economy an excellent opportunity to present their innovations and ideas to an expert audience from different industries and business sectors, and thus to potential beta customers”, says Kerkmann.
decarbXpo takes advantage of Messe Düsseldorf’s industry network
As one of the world’s largest trade fair companies, Messe Düsseldorf has access to a network with several hundred-thousand visitor contacts in industries such as glass, metal, plastics and paper. In addition, there are user industries for energy storage and decarbonization such as retail and medical technology. Young companies can benefit from this network: “Start-ups from the hydrogen sector meet different industries at decarbXpo, international companies and minds with strategic vision, who are interested in joint projects. The industry is very open to hydrogen innovations. We are sure that the H2UB H2 innovation platform at decarbXpo will be well attended”, adds Bernd Jablonowski, Executive Director, Messe Düsseldorf.
The H2UB will be located at decarbXpo from September 20 to 22 2022, in hall 9, stand number 9 C 52.
For more information about the H2UB: https://www.h2ub.com/
For more information about decarbXpo: https://www.decarbxpo.com/
Press contact decarbXpo 2022:
Daniel Krauß
Phone: +49(0)211/4560-598
E-Mail: KraussD@messe-duesseldorf.de
Desislava Angelova
E-Mail: AngelovaD@messe-duesseldorf.de
Press contact H2UB:
Janina Schlickewei
Brand & Communications
Phone: +49 151 143 585 95
E-Mail: janina.schlickewei@h2ub.com
Tesvolt wins leading innovation prize for SMEs again
PRESS RELEASE – Wittenberg/Germany, 27 June 2022:
The battery storage system manufacturer has been named “Innovator of the Year 2022” //
Tesvolt, manufacturer of energy storage systems for commerce and industry, has been named “Innovator of the Year” in the TOP 100 competition for the second time. It secured first place in its size category of 51 to 200 employees in this leading innovation contest for German small and medium-sized enterprises (SMEs). The 24-member expert panel was impressed by the outstanding climate of innovation and the innovative technology that underpins Tesvolt’s energy storage systems. The TOP 100 trophy was presented on Friday as part of the German SME Summit in Frankfurt am Main’s Jahrhunderthalle. This was the competition’s 29th instalment.
You can find press images here: https://www.tesvolt.com/en/press/tesvolt-wins-leading-innovation-prize-for-smes-again.html
An agile organisation: everyone can be an innovator at Tesvolt
“I believe that innovations are revolutionary ideas that make our world a better place. With many countries now seeking to gain independence from Russian gas imports, innovation in the field of renewable energies is more important than ever before,” commented Daniel Hannemann, Co-Founder and CEO of Tesvolt. “Most of the time, innovations are the result of spontaneous ideas – and then you need the courage and the right environment to transform ideas into marketable products. Anyone can be an innovator at Tesvolt thanks to our agile organisational structure. I am tremendously proud of our joint effort in becoming Innovator of the Year again.”
Tesvolt opted to implement an agile organisational structure four years ago. Since then, it has dispensed with classic hierarchies. All employees receive comprehensive training on the methods of the agile organisational structure. “At Tesvolt, decisions are made in the team – in line with an agile principle that rapidly leads to results. This approach works exceptionally well,” reported Tjorven Niels Graßnick, Corporate Agile Coach at Tesvolt. “All employees have also received company shares, which also promotes a climate of innovation.”
Technological innovation saves electricity costs
Tesvolt’s innovative energy management system (EMS) was also a crucial factor in the panel naming the Wittenberg-based company Innovator of the Year once more. The EMS captures the energy flows of all consumers and producers and controls them as efficiently as possible. This allows to combine a range of applications, such as optimised self-consumption and intelligent peak shaving. Previously, operators had to choose one of the possible uses in advance. So the energy storage system adapts better to the individual requirements of commercial and industrial uses and thus saves even more electricity costs.
Scientific selection procedure
The TOP 100 innovation competition is based on a scientific selection procedure. Prof. Nikolaus Franke (one of the world’s leading innovation researchers, with 25 research awards to his name) and his team compared 436 SMEs based on more than 100 innovation indicators. They scrutinised the climate of innovation and the management team’s willingness to promote innovation, and the success of the resulting products on the market. The expert panel used this analysis to choose the winners. The panel is made up of experts from business, academia, the media and politics – including the likes of consultant Roland Berger and politician Gregor Gysi. The competition’s project partners are the Fraunhofer Society for the Advancement of Applied Research and the German Association for Small and Medium-Sized Businesses (BVMW).
“The competition was very strong again this year and it was impressive to see how innovative SMEs have dealt with the changes and challenges of our time. From the large amount of applicants, we determined the best“, said Prof. Nikolaus Franke, scientific director of the contest. The jury awarded Tesvolt the top grade of A+ in the four categories of Innovation Promoting Top Management, Innovation Climate, Innovative Processes & Organisation and External Orientation.
About Tesvolt
Tesvolt specialises in battery storage systems for commerce and industry. The innovative company produces intelligent lithium storage systems with power ratings from 30 kilowatt hours through to many megawatt hours. Tesvolt uses high-performance battery cells from Samsung SDI. Tesvolt manufactures its commercial storage system solutions in series production at Europe’s first gigafactory for commercial battery storage systems at its Wittenberg site in Germany and delivers them worldwide. Tesvolt has already implemented more than 3,000 storage system projects worldwide and employs almost 150 people. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category and the International Rural Electrification Award (ARE).
Press contact
Vera Neuhäuser
Tel. +49 30 – 221 83 82 49
Mobil +49 178 – 53 68 425
vera.neuhaeuser@sunbeam-communications.com
VARTA presents high-performance energy storage in a unique aluminum design
PRESS RELEASE – Ellwangen, 5. Mai 2022:
VARTA.wall is the start of a new product generation for energy self-sufficient living.
VARTA is presenting the completely new high-performance energy storage system VARTA.wall at Smarter E Europe. Its newly developed die-cast aluminum housing with an installation depth of just ten centimeters makes it one of the most space-saving storage systems on the German market. A special boost function increases the security of supply in emergency power mode. The storage system is the first element of a new VARTA product generation for energy self-sufficient living, which will be expanded with additional devices and services in the coming months.
Press pictures: https://sunbeam-communications.com/en/press-pictures-varta-presents-high-performance-energy-storage-in-a-unique-aluminum-design/
Peter Werner, General Manager Energy Storage Systems: „VARTA.wall stands for VARTA’s development and design expertise. This new storage device is based on the experience and technology commitment from 135 years of VARTA’s company history. It heralds a generation change in our stationary storage systems.“
High performance even in emergency power mode
VARTA.wall was developed in Germany, is produced in Europe and is the first high-voltage storage system from VARTA with a capacity of ten to 20 kilowatt hours. Depending on the inverter used, the power is between 5.24 kW and 10.4 kW. Up to five systems can be operated in parallel.
The storage system is capable of providing emergency power and can supply the entire house with electricity in the event of a grid failure. A boost function increases the discharge rate (C rate), which is 0.5 in continuous operation, to 0.75 for a short time. This enables the storage system to absorb peak loads, such as those that occur when electronic devices are started.
Extremely flexible and easy installation
Dominik Gluba, Head of Operations Energy Storage Systems: „During the development, the focus was on our specialist partners’ desire for flexible and simple installation. This starts with the inverter compatibility, continues with the modularity and also includes the innovative module design and connector system. This allows the storage system to be installed in under 30 minutes.“
VARTA.wall is compatible with various market-leading inverter brands, including the market leader SMA, which is also the launch partner of the new storage system, and Kostal. Further compatibilities are in preparation. Thanks to its modular design, the storage device is also suitable for a wide variety of system configurations. The VARTA connector system ensures that the system components do not have to be wired.
New product family for energy self-sufficient living
In the coming months, VARTA will be launching further devices and services for energy self-sufficient living. This will include a wall box and a separate electricity tariff. The company is thus establishing itself as a partner for all households that are promoting their own energy transition.
VARTA will be presenting its energy storage systems from 11th to 13th May at Smarter E Europe in Munich in Hall B1, Stand 210.
About VARTA AG
VARTA AG produces and markets a comprehensive battery portfolio from microbatteries, household batteries, energy storage systems to customer-specific battery solutions for a variety of applications and, as a technology leader, sets industry standards in important areas. As the parent company of the group, it operates in the business segments “Lithium-Ion Solutions & Microbatteries” and “Household Batteries”.
The “Lithium-Ion Solutions & Microbatteries” segment focuses on microbatteries, lithium-ion coin power, lithium-ion round cells (lithium-ion large cells) and the lithium-ion battery pack business. Through intensive research and development, VARTA sets global standards in many areas of lithium-ion technology and microbatteries, making it a recognized innovation leader in the important growth markets of lithium-ion technology and in primary hearing aid batteries. The “Household Batteries” segment comprises the battery business for end customers, including household batteries, accumulators, chargers, portable power (power banks) and lights as well as energy storage devices.
The VARTA AG Group currently employs almost 4,700 people. With five production and manufacturing facilities in Europe and Asia as well as sales centers in Asia, Europe and the USA, the operating subsidiaries of VARTA AG are currently active in over 75 countries around the world.
Media contact
Christian Kucznierz
Head of Corporate Communications
Tel: +49 79 61 921-2727
christian.kucznierz@varta-ag.com
KATEK presents new three-phase Steca hybrid inverter at the Intersolar
PRESS RELEASE – Memmingen, 4. Mai 2022:
Relaunch of monitoring portal rounds off range of devices on display //
For the first time, KATEK Memmingen GmbH will show the new three-phase Steca hybrid inverter, the StecaGrid Hybrid 10023_3, with 10 kW inverter power, which can also be achieved in battery mode, at the 2022 Intersolar. At the same time, KATEK has also completely redesigned its Steca sunCloud monitoring portal. The portal now has a new interface and also supports hybrid systems. The StecaGrid Hybrid 10023_3 is the first product from a new product and development division for Steca hybrid inverters, which was created by KATEK last year.
You can find press photos here: Pictures for press release „KATEK presents new three-phase Steca hybrid inverter at the Intersolar“
High efficiency and standby power compatibility
The new Steca hybrid inverter has a maximum efficiency of over 98 percent and outstanding partial load operation capability. Two MPP trackers enable flexible system design.
In combination with the optional StecaGrid switch, the device can shut off a home from the grid if there is a power failure and convert to standby power mode. This system solution ensures that the hybrid inverter supplies all three phases in the home grid, making it possible to continue to use all end devices without any problem.
Clever overall concept
With its passive cooling, the StecaGrid Hybrid 10023_3 is designed for particularly low-maintenance, low-noise operation: thanks to the ventilator-free design, the hybrid inverter is functional without any moving parts. As a result, defects are avoided, and no cleaning work is required. There is also no noise from fans. The integrated grid and system protection simplifies installation and reduces installation costs.
„With our new hybrid inverter, we are delivering the right device for modern, energy-independent homes. With its high efficiency, ability to operate using standby power and simple installation, it is a typical example of the high quality of KATEK power electronics, with which we achieved an annual turnover growth of over 30 percent last year“, Klauspeter Bader, Managing Director of KATEK Memmingen, explains.
About KATEK
The KATEK Group, which operates internationally, is one of the leading electronics service providers in Europe. The range of services covers the entire life cycle of electronic assemblies and devices, from development to material and project management, to production, test technology and logistics and after-sales service. The company currently employs around 2,800 staff at over 15 locations.
The “Steca – A KATEK Brand” has been a KATEK brand since 2019. The division develops and produces high-end power electronics for grid inverters and energy storage devices, as well as regulation technology for photovoltaic systems and fuel cell systems.
With a history going back 45 years, the company is one of the pioneers of the renewable energy industry in Germany.
Press contact
Olga Drichel
Tel. +49 8331 8558580
Mobil +49 172 4009303
olga.drichel@katek-group.com
Tesvolt to showcase new series of energy storage systems at The smarter E
PRESS RELEASE – Wittenberg, 02.05.2022:
Higher energy density and economic efficiency //
Tesvolt will present its new series of energy storage systems designed for commercial and industrial use at ees Europe in Munich, Germany. The new battery storage systems are set apart by their higher energy density and particularly high economic efficiency. The E series is Tesvolt’s response to the global shortage of chips in energy storage systems; the new systems are configured to use 80% fewer chips. This allows the manufacturer to produce its battery storage system solutions in larger batches and meet the skyrocketing demand for commercial storage systems.
Press pictures: https://www.tesvolt.com/de/presse/antwort-auf-chipmangel-tesvolt-stellt-neue-stromspeicher-serie-auf-smarter-e-messe-vor.html
Commerce looking for independent energy supply
„With electricity costs so high at the moment, many commercial companies are currently struggling to survive, and they want to achieve independence with their own photovoltaic installation and energy storage system, for example. We have also seen this development reflected in the demand for our storage systems, which has increased enormously in recent weeks,“,reported Daniel Hannemann, Co-Founder and CEO of Tesvolt. „Because the E series uses fewer chips, we can produce it in much larger batches – and help more commercial operations switch to an independent power supply.“
Optimised and streamlined for economic efficiency
In both purchasing and operations, the storage systems in the E series cost less than the existing A series, due in part to the fact that the new battery modules, which can store almost 70% more energy, are arranged more compactly. The E series also uses the latest-generation Samsung SDI lithium-ion cells, making it even more powerful and robust. This gives the overall system an efficiency rating of over 90 percent – significantly higher than that of conventional energy storage systems on the market.
Suitable for any application
„The storage systems in the E series meet the same quality criteria as the A series, but higher energy density and an optimised design mean we can produce them in larger quantities,“, explains Simon Schandert, Co-Founder and CTO of Tesvolt. „The E series is available in different product variants too, so it offers the right battery storage system for every application.“ The storage systems in the E series shave peak loads, optimise self-consumption and supply back-up power. They function both on-grid and off-grid and are also very well suited as charging infrastructure for electric vehicles. The capacity of the new energy storage system solutions ranges from 70 kilowatt hours to several megawatt hours.
Power quality technology increases machinery lifespans
„The quality of the electricity is another thing that’s important to many commercial and industrial operations, because it improves machines’ durability. That’s why we’ve integrated our power quality technology in both the TS-I HV 80 E and TS-I HV 100 E. It ensures good, consistent electricity quality – giving us a genuine USP on the market“, affirmed Mr Schandert. An active grid filter stabilises voltage and frequency, all the while reducing load imbalance, reactive power and harmonics in the commercial operation’s utility grid.
Visit Tesvolt at ees Europe in Munich between 11 and 13 May 2022!
Location: booth 110 in Hall B2
About Tesvolt
Tesvolt specialises in battery storage systems for commerce and industry. The innovative company produces intelligent lithium storage systems with power ratings from 30 kilowatt hours through to many megawatt hours. Tesvolt uses high-performance battery cells from Samsung SDI. Tesvolt manufactures its commercial storage system solutions in series production at Europe’s first gigafactory for commercial battery storage systems at its Wittenberg site in Germany and delivers them worldwide. Tesvolt has already implemented more than 3,000 storage system projects worldwide and employs almost 150 people. The company has already received several awards, including the German Entrepreneur Award in the “Rising Stars” category, the “TOP 100” Innovation Award 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
Largest Israeli EPC El-Mor Renewable Energy and DHYBRID launch strategic partnership
PRESS RELEASE – Ashkelon (Israel)/Munich (Germany), April 28, 2022:
Israel’s largest EPC El-Mor Electric Installation & Services Ltd and German microgrid specialists DHYBRID are launching a strategic partnership. This will allow investors and operators in Israel to benefit from El-Mor’s engineering expertise and 25 years of experience while accessing DHYBRID’s UPP: a state of the art energy management system tailored specifically for demanding grid applications.
Press image available for download: https://www.dhybrid.de/de/presse-artikel/groesster-israelischer-epc-el-mor-und-dhybrid-starten-strategische-partnerschaft
El-Mor provides the engineering, construction, procurement and servicing of PV and battery plants. DHYBRID’s UPP technology-agnostic solution already controls and monitors over 80 microgrids worldwide and focuses on medium and large-scale energy storage applications.
Growing demand for utility scale solutions combined with growing complexity of control requirements
Israel is experiencing a growing demand for large-scale solar power plants and battery storage. Last year, the Israel Public Utility Authority for Electricity invited tenders for power plants and battery storage with capacities of over 100 MWh. Scalable and powerful energy management and SCADA solutions are needed for their operation and monitoring.
Avi Elkayam, chairman of El-Mor Renewables: “The cooperation of El-Mor and DHYBRID is creating a unique synergy effect. Through the cooperation with DHYBRID on utility scale SCADA solutions, El-Mor is able to extend its service portfolio, monitoring and operating energy storage and PV plants with a high level of flexibility and data depth down to the cell level in high resolution. The future-oriented control features of DHYBRID’s Energy Management System such as energy forecasting, battery state of charge optimization and advanced charge and discharge strategies ensure maximum system lifetime and economic viabiliy of our projects.“
“0 to 80 percent renewable energy in the grid is a common order of magnitude in our projects with storage connection. Utilities in transition to high shares of renewables in the electricity grid will face similar challenges as our microgrids, where high Renewable Energy penetration is common. DHYBRID has gained broad experience in this area in the past 10 years, and we have the right technology to meet this challenge”, says Tom Fricke, Head of Storage at DHYBRID.
About DHYBRID
DHYBRID is a specialized international solutions provider of renewable and hybrid energy systems for islands, industry and utilities with headquarters in Munich, Germany. The company offers turnkey solutions and individualized control systems for hybrid energy projects. DHYBRID combines conventional energy supplies such as diesel generators or utility grids with renewable energy systems and storage technology – perfectly controlled and comprehensively visualized.
Pressekontakt
Marja Anacker
TEL +49 89 899 481-112
MAIL m.anacker@dhybrid.de
Intersolar: aleo presents new premium solar panels from the LEO series
PRESS RELEASE – Prenzlau, Germany, 22 April 2022:
leo solar is presenting its new LEO premium panel series at Intersolar. The solar panels will be available as glass-foil panels for on-roof and in-roof installation. The roof-mounted panels feature one model which is one half-cell string shorter. Both panel sizes can be interconnected. Thanks to the flexible range of sizes, it is possible to optimise the use of space on almost any roof.
You can find press images here: https://www.aleo-solar.de/pressrelease/intersolar-aleo-zeigt-neue-premium-solarmodule-der-leo-serie/
The LEO family has a suitable panel for practically every application. The full-size flagship LEO panel (1,752 x 1,144 x 40 mm) with 108 half-cells made of monocrystalline silicon with a white back sheet delivers a peak output of 405 watts. The short model with 96 half-cells delivers 360 watts. The LEO black model with a black back sheet and identical dimensions is available for operators who require a consistent and elegant look for their solar plant.
High efficiency for the entire service life
aleo minimises series resistance by using silicon half-cells with ten busbars, thus maximising the efficiency of its premium panels. Instead of flat wires, thin, round wires are used, so that more light enters the cells.
The closely arranged busbars not only increase the efficiency, but also the durability of the panels by providing alternative current paths. aleo thus prevents a major cause of the diminishing output of solar panels over their service life. In addition, the tried-and-tested upright packaging method of the panels prevents damage and defects from occurring during transport.
Maximum solar power harvest with minimum ecological impact
aleo photovoltaic panels incorporate consistent climate protection right from the manufacturing stage. aleo produces its LEO solar panels in Germany. This ensures short transport distances. In addition, 100 percent of the electricity used for panel production comes from renewable energies. „For climate and environmental protection, it is important to achieve the highest possible solar power harvest over the years, whilst using as few resources as possible. That’s why we not only attach great importance to maximum efficiency, but also to the long service life of our panels“, says William Chen, CEO of aleo.
The LEO panels are also larger than their predecessors. This means that more solar power can be installed in less time. Nevertheless, they can withstand high snow loads (up to 8,100 Pa pressure) and storms (3,600 Pa suction). They are also certified for extreme conditions such as salt mist in coastal regions, desert regions or ammonia from animal sheds.
The principle of longevity also applies to the details. For example, aleo uses original MC4 connectors with MULTILAM technology. The spring-loaded contact fins ensure that the losses on the connectors remain low over the entire service life.
The 25-year product and performance guarantee underpins the long service life of LEO panels. In the event of a warranty claim, the company bears the whole cost of replacing the panels.
Diverse options for roof- and building integration
The LEO Sol in-roof variant also comes in all black, with a peak output of 330 watts and a size of 1,169 x 1,607 x 17 mm.
About aleo
aleo solar GmbH develops and produces high-performance modules at its site in Prenzlau (Germany) and is a system provider for the global photovoltaic market. With around 180 employees and manufacturing experience since 2001, the company has excellent know-how in module production.
Press contact
Miriam Machnik
aleo-Pressesprecherin
miriam.machnik@aleo-solar.de