While the energy transition is sometimes disparaged in political discussions, optimism and a focus on the future characterized this year’s The smarter E Europe. Although the visitor and exhibitor records set in 2024 were not quite broken, the rear halls of the Munich exhibition center were at times almost impassable between May 7 and 9. 2,737 companies and organizations from 57 countries presented their new products and services, attracting around 107,000 trade visitors from 157 countries. With more than 2,600 participants, the accompanying conferences and side events also met with great interest.

Solar Investors Guide: More innovation than ever before

“Accelerating Integrated Energy Solutions” was the motto of this year’s The smarter E Europe with its four trade fairs Intersolar Europe, ees Europe, Power2Drive Europe, and EM-Power Europe. With the global expansion of renewable energies in full swing, the challenge now is to make the energy system more flexible, digital, and integrative. “The smarter E Europe was once again the blueprint for the climate-neutral energy world of the future,” said Markus Elsässer from organizer Solar Promotion. “The technologies and solutions are available. Now it’s a matter of continuing along this path with determination.”

Latest market figures presented

The trend toward integrating photovoltaics into the energy system for a stable, affordable, and secure energy supply around the clock was evident not only in the products on display, but also in the latest market figures presented by industry associations SolarPower Europe and BSW-Solar. In addition to photovoltaics, battery storage is also growing strongly. The European storage market is expected to grow by 36 percent to 29.7 gigawatt hours this year, with large-scale storage accounting for 55 percent of this growth. Photovoltaic expansion in Europe is expected to grow slightly by 3 percent to 84.7 gigawatts of installed capacity this year. Larger commercial rooftop systems and solar parks are becoming increasingly important, as is the marketing of electricity via power purchase agreements.

However, Joachim Goldbeck, CEO of BSW-Solar, sees one challenge in adapting the regulatory framework so that the grid-integrated expansion of electricity storage facilities can be driven forward even more quickly, whether through privileges in building law or a reform of grid fees. He also sees differing national regulations, for example in labor law or the establishment of company branches, as an obstacle to a Europe-wide energy transition, as these make cross-border activities very difficult, even for solar companies.

Booming cominbation of PV, storage and energy management

Dimitris Galanos, Key Account Manager Greece at Sungrow, was optimistic. The combination of photovoltaics and large-scale storage is booming in Greece and is also being promoted through tenders. Sungrow has already supplied inverters and batteries for projects with a capacity of over 4 gigawatts and expects this figure to double in the coming years.

Pol Spronck, EU Sales Director at myenergi, also sees the increasing use of batteries and energy management systems to balance generation and consumption as an opportunity to stabilize the grid. The Dutch company presented new solutions for private households and businesses in Munich, including energy distributors, energy sensors, smart wall boxes, and a user-friendly app.

Hans-Christoph Neidlein

The new iHomeManager of Sungrow (right).

Spanish battery manufacturer Cegasa showcased its modular and scalable storage solutions for residential, C&I, and utility-scale applications. Dyness (China) also showcased versatile modular battery storage systems for private and commercial applications. In addition to inverters and storage systems in all sizes, Sungrow presented fast charging solutions for commercial electric vehicle fleets and, for the first time, the iHome Manager, an energy management system for households.

Hot topic cybersecurity

Cybersecurity is becoming increasingly important for controllable devices such as inverters and batteries. “Cybersecurity plays a crucial role for us when it comes to the development and use of our products,” says Quirin Löffelmeier, Senior PR Manager Europe at Sungrow. The company has the relevant certifications, complies with relevant regulations such as the EU General Data Protection Regulation (GDPR) and operates servers in Germany for its European business. Claire Gardner, Marketing Manager Europe at Chinese inverter manufacturer Solis (Ginlong), expressed a similar view.

Report: Cybersecurity an issue also for small rooftop solar

Goldbeck Solar presented a new cybersecurity system in Munich that is designed to reliably protect large solar installations from hacker attacks and digital threats. It is based on intelligent hardware combined with permanent interface testing, continuous monitoring of internal network anomalies, and regular identification of vulnerabilities in the network. “It is important to protect not only individual components such as inverters, but entire systems,” emphasizes Sergey Bruch, Head of IT Infrastructure and Cybersecurity at Goldbeck Solar.

Advanced weather forecasting solutions

In times of increasing storms and hail events, weather forecasting systems that are as accurate as possible, such as those offered by Vaisala, are becoming increasingly important for plant operators. As a precautionary measure, tracking systems can then be laid flat to minimize wind resistance, according to Rémy Parmentier, Head of Solar and Hybrid at the Finnish company.

Vaisala presented its advanced weather forecasting systems and weather stations.

Hans-Christoph Neidlein

Vaisala presented its advanced weather forecasting systems and weather stations.

The Hail Alert Response System from Array Technologies uses sophisticated weather forecasting algorithms to preventively retract solar trackers about 30 minutes before a predicted hail event, as Aaron Gabelnick explained. The US company, which acquired Spanish solar tracker manufacturer STI Norland three years ago, also has production facilities in Spain. Among other things, it presented its OmniTrack, which can be flexibly adapted to hilly terrain, thus minimizing the amount of groundwork required.

Advanced solar modules

Advanced solar modules also took up a lot of space in Munich. In addition to higher power output and durability, weight is often a factor, especially for large commercial and logistics roofs. Among others, Heliup from France showcased its frameless Stykon lightweight modules, which weigh less than 5 kilograms per square meter, 60 percent less than conventional modules, and can be easily and quickly glued in place. They have an efficiency rating of 19 percent and are manufactured near Grenoble. Annual capacity currently stands at 100 megawatts. According to CEO Yannick Veschetti, the next step is to achieve a module efficiency of 21 percent and expand production.

Alden Lee of DAS Solar next to the company's lightweight module, which can be supplied framed or frameless.

Hans-Christoph Neidlein

Alden Lee of DAS Solar next to the company’s lightweight module, which can be supplied framed or frameless.

DAS Solar showcased its entire range of modules, from lightweight modules (efficiency 21,7 percent) and dirt-repellent modules to Topcon back-contact modules with an efficiency of 24.8 percent.

3-gigawatt module factory in France

The Chinese manufacturer is currently building a production facility for n-type TopCon modules with an annual capacity of 3 gigawatts in the Montbéliard region of eastern France. The ground-breaking ceremony for the conversion of an existing factory took place recently. Production is scheduled to start in spring 2026, according to Alden Lee, General Manager of DAS Solar France. 300 employees are to be hired.

Gigafactories for Europe – How large-scale production could return

Lee expects the “made in France” modules to have manufacturing costs per watt that are around 5 cents higher than in China. There are also plans to set up cell production with an annual capacity of 3 gigawatts. However, until the EU’s planned subsidies for modules with European cells are implemented, the cells will be supplied from the company’s main plant in China. (hcn)





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EcoFlow HEMS AI is designed to deliver measurable savings by combining two powerful capabilities: highly accurate forecasting and dynamic tariff integration.

EcoFlow HEMS AI achieves up to 90% accuracy in both energy consumption and solar generation forecasts. Moreover, by predicting exactly how much electricity a household will use and generate, the system can strategically plan energy use in advance.

Dynamic Tariff Integration integrates dynamic tariffs from multiple platforms, including EPEX SPOT, NORDPOOL, rabot.energy, Tibber, and Octopus, enabling more effective and optimised energy cost management. It will support more than 500 dynamic tariff energy providers across Europe in the future.

Watch our video

These combined capabilities enable the EcoFlow HEMS to make intelligent, real-time energy decisions – helping households significantly reduce electricity expenses while optimising battery use and minimising grid dependency.

Key Features of EcoFlow HEMS

– Multiple modes users can choose from:

– SmartEarning mode (AI-controlled): Optimises cost savings while preserving battery health using a specialised algorithm.

– PureGreen mode (AI-controlled): Prioritises solar energy usage for maximum sustainability.

– Customized mode: Offers AI-driven recommendations and insights tailored to individual preferences.

– All-in-one app management: Real-time system insights and control through the EcoFlow app, offering convenience and visibility.

– Predictable power backup: HEMS proactively prepares for power outages or weather disruptions, maintaining personalised battery backup thresholds.

– Interoperable energy ecosystem: Seamless compatibility with batteries, inverters, EV chargers, smart plugs, and heat management systems—all in one interface.

Don‘t miss our pv Guided Tours and CEO Talks – LIVE from Munich

PowerPulse 2: The Smarter EV Charging Solution

EcoFlow also announces the launch of PowerPulse 2, a cutting-edge EV charger designed to fit naturally into the EcoFlow HEMS ecosystem. New modes include:

– Smart mode: Uses dynamic tariff data to find the most economical charging strategy.

– Multi-charger mode: Dynamically allocates and adjusts charging power for each vehicle using multiple PowerPulse 2 units, unlocking a wider range of scenarios, all while monitoring overall system performance via the EcoFlow app.

STREAM Series: AI-Powered Balcony Power

Also on display is the STREAM Series Plug & Play Solar Plant, an AI-powered balcony solar system launched in April. With an output of up to 2300W and scalable storage reaching 23kWh, the STREAM Series is now fully compatible with EcoFlow’s PowerOcean Series.

Ecoflow presents new satellite battery for balcony PV

This new integration offers added flexibility for users:

– STREAM owners can now upgrade to a full residential setup by connecting to the PowerOcean system, protecting their original investment.

– PowerOcean users can expand with STREAM for small-scale, modular energy storage.

Availability

EcoFlow HEMS with AI functionality will be available across Europe starting in Q3 2025. The PowerPulse 2 is already available in its single-phase version, with the three-phase version expected to launch by the end of June 2025 throughout the European market. (hcn)





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GridX, a smart energy company, published an estimate on the development of the European market for Home Energy Management Systems (HEMS) in 2024, according to which the surveyed countries, Denmark, Germany, the UK, Italy, the Netherlands, Austria, Sweden and Spain will “grow by a factor of around 11 by 2030”. Of course we will only know in 2030, whether this prediction is correct. But one thing is already certain: Demand is rising swiftly, and the market is growing dynamically.

Regulatory and market requirements

The latest regulatory requirements and market developments are driving growth. Section 14a of the German Energy Industry Act (EnWG), for example, provides for “dimming” the output of heat pumps, EV-chargers or battery storage systems. A powerful EMS can limit the need for purchasing power from the grid by re-routing electricity from the PV installation or the storage device in such a way that the grid operator’s control signal does not reduce comfort in the customer’s home. Electricity customers will only truly benefit from dynamic electricity tariffs if they combine their PV system with a powerful EMS.

The challenge of interoperability

There are still a lot of unanswered questions about the interoperability of individual components. So far, there are no universal standards and technical rules for communication protocols. The benefits of manufacturer-independent products and components are clear: Customers can freely choose from what the market has to offer.

Also see: Kärnten Netz – Feed-in connection application processed within 30 minutes

The leading minds of the international energy industry will meet at The smarter E Europe, its four sub-exhibitions, Intersolar Europe, ees Europe, Power2Drive Europe and EM-Power Europe, and the accompanying conferences and programs, where they will talk, debate, do business and network. The question of how to ensure maximum interoperability will certainly be an intensively discussed topic at the events.

Also see: The smarter E Europe – Save billions with bidirectional charging

In 2018, the OpenEMS Association took a leading role in supporting efforts to create open and manufacturer-independent standards for energy management systems. OpenEMS is not a communication protocol, such as EEBus, but a software platform. The Association counts universities and research institutes, grid operators and industry associations as well as energy management companies among its members.

Home energy management in focus

Home energy management is also going to be discussed on the second exhibition day, May 8, 2025. Two interactive sessions will shed light on key aspects of quality photovoltaics and storage projects in the small and utility-scale sectors.

Also see: Intersolar Europe 2025 – Positive outlook in the face of strong market momentum and further cost reductions

The smarter E Forum will be organizing a dedicated session for prosumer home energy management systems. On Friday, May 9, the key role of HEMS for modern energy management and grid stability will be discussed starting from 1:30pm.

Munich becomes the center of the energy world

In May, at Messe München, innovation will meet practice, and visions will meet concrete solutions. The smarter E Europe shows how the sectors electricity, heat and transportation can be intelligently connected to create a decentralized, digitalized and flexible energy world. From large international corporations and SMEs to tradespeople and start-ups.

Stay informed, get our free newsletter twice a week

The smarter E Europe brings together relevant players from around the world at four exhibitions, showcasing the latest market developments, trends and products. From May 7–9, 2025, Messe München is fully booked – the organizers expect more than 3,000 exhibitors and over 110,000 visitors at the exhibition ground covering 206,000 square meters across 19 exhibition halls and the Outdoor Area. (hcn)





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GridX, a smart energy company, published an estimate on the development of the European market for Home Energy Management Systems (HEMS) in 2024, according to which the surveyed countries, Denmark, Germany, the UK, Italy, the Netherlands, Austria, Sweden and Spain will “grow by a factor of around 11 by 2030”. Of course we will only know in 2030, whether this prediction is correct. But one thing is already certain: Demand is rising swiftly, and the market is growing dynamically.

Regulatory and market requirements

The latest regulatory requirements and market developments are driving growth. Section 14a of the German Energy Industry Act (EnWG), for example, provides for “dimming” the output of heat pumps, EV-chargers or battery storage systems. A powerful EMS can limit the need for purchasing power from the grid by re-routing electricity from the PV installation or the storage device in such a way that the grid operator’s control signal does not reduce comfort in the customer’s home. Electricity customers will only truly benefit from dynamic electricity tariffs if they combine their PV system with a powerful EMS.

The challenge of interoperability

There are still a lot of unanswered questions about the interoperability of individual components. So far, there are no universal standards and technical rules for communication protocols. The benefits of manufacturer-independent products and components are clear: Customers can freely choose from what the market has to offer.

Also see: Kärnten Netz – Feed-in connection application processed within 30 minutes

The leading minds of the international energy industry will meet at The smarter E Europe, its four sub-exhibitions, Intersolar Europe, ees Europe, Power2Drive Europe and EM-Power Europe, and the accompanying conferences and programs, where they will talk, debate, do business and network. The question of how to ensure maximum interoperability will certainly be an intensively discussed topic at the events.

Also see: The smarter E Europe – Save billions with bidirectional charging

In 2018, the OpenEMS Association took a leading role in supporting efforts to create open and manufacturer-independent standards for energy management systems. OpenEMS is not a communication protocol, such as EEBus, but a software platform. The Association counts universities and research institutes, grid operators and industry associations as well as energy management companies among its members.

Home energy management in focus

Home energy management is also going to be discussed on the second exhibition day, May 8, 2025. Two interactive sessions will shed light on key aspects of quality photovoltaics and storage projects in the small and utility-scale sectors.

Also see: Intersolar Europe 2025 – Positive outlook in the face of strong market momentum and further cost reductions

The smarter E Forum will be organizing a dedicated session for prosumer home energy management systems. On Friday, May 9, the key role of HEMS for modern energy management and grid stability will be discussed starting from 1:30pm.

Munich becomes the center of the energy world

In May, at Messe München, innovation will meet practice, and visions will meet concrete solutions. The smarter E Europe shows how the sectors electricity, heat and transportation can be intelligently connected to create a decentralized, digitalized and flexible energy world. From large international corporations and SMEs to tradespeople and start-ups.

Stay informed, get our free newsletter twice a week

The smarter E Europe brings together relevant players from around the world at four exhibitions, showcasing the latest market developments, trends and products. From May 7–9, 2025, Messe München is fully booked – the organizers expect more than 3,000 exhibitors and over 110,000 visitors at the exhibition ground covering 206,000 square meters across 19 exhibition halls and the Outdoor Area. (hcn)





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In 2023, many countries have tried to drive forward the energy transition and electrification faster than before – also to become less dependent on imported fossil fuels. However, despite increased electricity generation from renewable energies, there have been and will continue to be bottlenecks in the grids as the overall demand for electricity increases.

Looking ahead to 2024, these developments are likely to continue: The drive for sustainability, energy security and cost savings remains key to innovation in the building sector.

1. Promote own power generation

In the EU, solar panels will be mandatory for new public buildings from 2028 and for all other new buildings from 2030. For existing buildings, public buildings are to be “progressively” equipped with solar panels from 2027 “where technically, economically and functionally feasible”. This alone should be reason enough for building owners to consider the potential for renewable energy generation in their properties. Beyond this, however, there also needs to be a real paradigm shift when it comes to the role of buildings in energy supply. Traditionally, they have been seen purely as consumers that draw their energy from a central grid. In order to support the energy transition, buildings must take on additional functions. They must be able to generate, store and distribute energy. This also includes the integration of powerful charging stations to promote electromobility. At the same time, heating with heat pumps is increasingly becoming the standard, which further increases the demand for electricity. Increased electrification must be offset by in-house generation, otherwise building operators may no longer be able to cover their electricity requirements in full or only at immense cost.

See also: A package for an almost fully solar-powered house

The installation of energy management systems for buildings and battery storage systems will significantly optimize the use of renewable energies in the coming years, as the energy generated can be used at all times and is not only available at the time of generation.

2. Renovation despite a lack of skilled workers

75 percent of buildings in the EU waste energy, with older buildings in particular being less efficient than new ones. Over 220 million buildings in Europe were built before 2001. Renovation will therefore continue to be a key issue in the European building sector in 2024. Improving building insulation and heating systems will be just as important as investing in technologies such as renewable energy generation and energy management software.

More to read: The five most important trends of the energy transition

Renovation and retrofitting are crucial factors in the energy transition, but there are also problems in this area: There is a lack of qualified workers who can install heat pumps, solar panels or insulation. An estimated one million people would have to be retrained to meet the requirements of solar energy alone. Despite corresponding programs and subsidies from the EU and the member states, it will not be possible to eliminate the shortage of skilled workers in the short term. One solution for installers that can be implemented quickly is the use of pre-wired components and package solutions, for example, which save working time and increase operational efficiency.

3. Create the conditions for electric fleets

From 2035, new vehicles with combustion engines will no longer be allowed to be sold in the EU. With this date in mind, companies need to develop strategies for the electrification of their fleets today. At the same time, this also means that they need to equip their sites for on-site charging. For large fleets in particular, companies will not be able to rely solely on the supply from the grid. Buildings that have to supply many electric cars at the same time require powerful energy management systems and options for intermediate storage. Ideally, they will generate (some of) the energy for their vehicles themselves on site.

4. Promote a circular economy

Renewable energies are not finite, but the raw materials needed to build solar systems, electric cars, wind turbines, etc. are. There are already bottlenecks in the industry today due to a lack of resources. The recycling rate must be drastically increased in order to guarantee energy security in the future. The building sector must also find new ways and means of adapting to this. In addition to the increased use of recycled building materials, old e-car batteries can also be given a second life as energy storage for buildings. (KZ/hcn).





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José Cardoso Botelho, CEO of Vanguard Properties, which owns the Infinity building, said: “Real estate activity has a considerable impact both environmentally and socially on the community. Infinity is a project of immense pride to us, and an important reference of our digital transformation. We are glad to have collaborated with Siemens to create a sustainable building for tomorrow.” 

The integrated EV (Electric Vehicle) charging solution was customized by Siemens engineering and software teams in Portugal. It allows for dynamic and intelligent on-site charging management. The dashboards, which are intuitive and easy to use, present comprehensive information to the building manager or operator who can instantly view all information about each charger, as well as monitor energy consumption in real time. Precise reports per apartment based on monthly consumption are produced, facilitating optimization of the building’s energy performance. 

Latest cybersecurity functionalities included

VersiCharge wallboxes are distributed over six charging islands, across three floors of the building. The energy management system is also prepared for the future integration of photovoltaic or other renewable energy generation, as well as energy storage systems which will contribute further to energy efficiency and the reduction of the building’s greenhouse gas emissions. The system includes the latest cybersecurity functionalities, and it supports global efforts to achieve climate targets by enabling the expansion of renewable energies.

Did you miss that? Bidirectional charging with the home power station

Markus Mildner CEO eMobility, Siemens Smart Infrastructure added: “Managing EV charging infrastructure via intelligent load management is crucial for sustainable energy systems and grid stability”.

The contract includes delivery of the highly scalable SICAM Dynamic Load Management (DLM), based on the SICAM A8000 power automation platform. The SICAM A8000 series is a modular device range for telecontrol and power grid automation applications in all areas of energy supply. SICAM DLM is a future-ready, highly robust charging station management system. It is prepared to receive grid constraint signals from distribution system operators (DSOs) and to integrate local distributed energy resources (DER) and energy storage systems, making it the ideal solution for the energy transition.

15,000 vehicle charging stations in Portugal by 2025

It facilitates communication with chargers, from which it extracts information related to consumption and offers dynamic charging management algorithms. As part of the Siemens Xcelerator portfolio, an open digital platform that enables customers to accelerate their digital transformation easier, faster, and at scale, the device supports a dynamic load management strategy for the operators of the building.

Also interesting: More investments necessary to close flexibility gap

Portugal’s recovery and resilience plan aims to support the economic growth and make it ready for the future. The plan involves the deployment of 15,000 electric vehicle charging stations by 2025. The Infinity building is a luxury condominium by Vanguard Properties located in Sete Rios, Campolide, Lisbon. It is one of the largest residential projects in the city, with 26 floors above ground, 195 apartments, and 352 parking spaces, covering more than 50,000 square meters of floor area. It is set to be the tallest and most iconic residential spot in Lisbon’s city center with environmental engineering and sustainability at its core. (hcn)





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