The winners will be announced and presented with their awards at an official ceremony on the eve of The smarter E Europe on May 6, 2025 at Messe München.

The categories of the competition demonstrate the diversity and the interconnectedness of the four sub-exhibitions Intersolar, ees, Power2Drive and EM-Power as well as the role of The smarter E as the leading platform in the industry’s key areas.

More about The smarter E Award 2025

The five award categories

The world of energy and mobility is undergoing fundamental and dynamic change, with a focus on deeper and smarter integration of technologies and sectors. The five categories of The smarter E AWARD are a tribute to this diversity and complexity:

Photovoltaics: The Photovoltaics category recognizes “classic” innovations in the solar industry – from solar cells and modules to PV components, mounting and tracking systems, and production technologies.

Energy Storage: Experts are calling this the decade of energy storage, which is a cornerstone of our climate-neutral 24/7 energy supply. For this reason, the Energy Storage category recognizes exceptional innovations in the storage industry – from energy storage technology and components to battery production technologies.

E-Mobility: The mobility sector is key to the success of the energy transition. Prizes in the E-mobility category honor innovations and projects that move the mobility transition forward, especially in the areas of charging infrastructure, intelligent charging solutions, e-vehicles, mobility services or traction batteries.

Smart Integrated Energy: The Smart Integrated Energy category recognizes technologies and solutions for intelligent energy management and cross-sector use of renewable energies in a holistic and flexible system. The focus lies on grid infrastructure, energy services and operator models.

Outstanding Projects: There is an exclusive category for outstanding products and services that were integrated into a global renewable energies project: Outstanding Projects. The products or services eligible for this award can be in any area of the energy system, from photovoltaics, hydrogen, storage technology, mobility to grid operation. Requirement: The project must have been fully realized between January 31, 2023 and January 31, 2025.

Who can apply

Whether you participated in Munich, São Paulo, Mexico City, Gandhinagar or Dubai – all exhibitors of the international event series The smarter E and the associated individual exhibitions can submit their applications for the renowned industry award between November 1, 2024 and January 31, 2025. In the Outstanding Projects category, legal owners of a system or project are also eligible.

See also: Winners of the awards 2024 have been announced

An international panel comprised of industry experts will then thoroughly review and evaluate all submissions in terms of pioneering work, innovative power and economical and ecological benefits. (hcn)





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Ten years from now, most new vehicles will run on electricity rather than fossil fuels. And renewable forms of energy, like wind and solar, will play a crucial role in supporting the transition and meeting increasing energy demands from electric vehicles. Yet, even with all the progress made, many drivers are still at a crossroads when it comes to embracing the move towards zero emissions vehicles.

The road ahead 

Despite the availability of government schemes that have been put in place to support the implementation of physical infrastructure, businesses and individuals are still concerned. There are questions surrounding access to charging stations and range anxiety – the fear that electric vehicles, without adequate charging support, will not perform as well on long journeys as their petrol or diesel equivalents.

There are also challenges around the ongoing management of charging infrastructure. For example, as EVs increasingly rely on renewable forms of power that are more intermittent in nature, changes in weather could affect the availability of power.

See also: E-car boom in Norway

For businesses that own or operate fleets, the transition is likely to be even more challenging. These organisations can have hundreds or thousands of vehicles ranging from cars to vans or HGVs. And the tasks involved in managing a fleet of EVs are totally different to those involved in managing the fuel supply for a petrol or diesel fleet. For example, operators need to consider:

·         How can EVs get the power to keep moving around the clock?

·         How do you manage the charging infrastructure to support a fleet of EVs?

·         How do you smoothly process payments and reimbursements for EVs at home, in depots or on the road?  

Keeping the wheels moving

When companies seek to make the transition to electric, leaders often don’t know where to start. The challenge is understanding how to effectively manage their EVs and implement a robust and reliable charging infrastructure to keep the wheels moving.

Read more on pv Europe about EV charging

For businesses and fleets to make the switch to electric effectively and reliably, it requires the right management software that can remove the burden of technology and there are three pillars to delivering a seamless, future-proof driving experience.

Monitor performance

You need to be able to review all your EVs and charging stations in a single view and see in real-time any issues arising with charging units – from malfunctioning equipment to power shortages. The main things to monitor are:

·         The physical status of each unit

·         Overall power consumption

·         The output of your system

Too often an EV charger is purchased without giving any thought to how the infrastructure will be managed. However, it is essential that organisations that are managing a large volume of EVs can balance power loads with demand. A lack of available power could have a major knock-on so a robust management platform is a must. You need to be able to track and manage the draw that EVs are having on your power reserves so you can intelligently distribute electricity around your network, without needing to draw extra power from the grid and face unnecessary costs.

Automate payments 

Managing payments, and reimbursements for the charging of EVs is an important consideration. Your charge points may be configured as:

·         Public – allowing general use for a set tariff

·         Private – only allowing permitted users to connect

It’s likely that the appropriate solutions will vary based on the specific scenarios. For instance, a retail business overseeing an electric car park might set-up a fixed charging fee for employees or customers. While a fleet business setting up charging stations for EVs based at the driver’s home might choose to compensate a predetermined portion of the electricity expenses for work-related use. It’s important to be able to set up tariffs on a point-by-point basis, and to determine usage rights in the same way.

Compliance

As environmental regulations and emission standards become increasingly stringent each year, it’s crucial to ensure compatibility with the most up-to-date and rigorous charging station criteria. Likewise, as ESG reporting standards evolve, the right monitoring features will enable you to identify and report on the consumption and performance of your charging infrastructure to fulfil CSRD requirements in the EU and ESG reporting in the UK. By centralising control of charging, it’s possible to ensure compliance with regional requirements. 

See also the company website of vaylens

It’s becoming clear that meeting the growing demands of electric transport, and making the investment worthwhile, will require the right tools to be in place. And in a world where there is predicted to be more 525 million EVs on the road by 2035, it’s going to become increasingly importance to deliver a seamless and reliable charging experience to underpin a successful transition. Simplifying how EV charging is managed and monetised to ensure uptime, availability and efficiency will be a pre-requisite for thriving in a new, electric-driven world. (Russel Olive, hcn)





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Stockholm is relying on networked, battery-supported systems and digital solutions to reduce environmental pollution and electrify urban transport. “The cooperation with the smart city of Stockholm is not only an outstanding vote of confidence in our concept of urban fast charging networks. Following our market entry in the Netherlands last May, it is also another important step in the implementation of our European city cluster strategy, with significant impact,” says Maurice Neligan, CEO of Jolt.

Nils Blom, project manager at the City of Stockholm, adds: “The cooperation with Jolt Energy is an important element for us in achieving our ambitious climate targets. This is a good example of a technology that enables ultra-fast charging in areas with limited grid capacity.” According to Jolt CEO Neligan, the company expects that German cities will increasingly follow the example of Sweden in using a space-saving and extremely powerful battery-supported fast-charging infrastructure to make an important contribution to achieving their climate protection goals.

Easy installation without the need for grid expansion

Jolt’s fast charging stations, equipped with a powerful battery storage unit, require only a connection to the low-voltage grid despite a maximum charging capacity of up to 300 kW. This enables quick and easy installation without the need for extensive construction work or grid expansion. Electric cars can be charged at Jolt charging stations in just five minutes for a range of more than 100 kilometers. This means that an electric car can often be charged from around 20 to 80% in the time it takes to visit a supermarket, which is usually around 20 minutes, and meets exactly the demand that citizens have for electric mobility.

Also see: Direct current with great potential

Jolt’s high-performance charging technology is also extremely space-efficient, because significantly more cars can be charged daily at one station than with conventional AC charging technology. “This technology offers significant advantages, especially in densely populated cities where parking space is scarce. The high level of space efficiency frees up additional space for cycle paths, public transport or green recreational areas, which increases the quality of life in cities,” explains Rauno Fuchs, Vice President Government Affairs at Jolt and an expert in sustainable urban development.

HPC charging infrastructure in public spaces all over Europe

Jolt plans, finances and operates fast-charging clusters in metropolitan areas as a Charge Point Operator (CPO). In Germany and the Netherlands. The company is already pursuing a sustainable strategic expansion of its public charging network on private property in major cities such as Munich, Berlin, Hamburg, The Hague and Rotterdam. With the lighthouse project in Stockholm, Jolt is also demonstrating the effectiveness of its city cluster strategy on public land.

Also see: E-car boom in Norway

“We invite all German city leaders to learn about our partnership with Stockholm and other innovative European cities and to benefit from these experiences. Together, we can implement solutions for a fast and cost-efficient expansion of HPC charging infrastructure in public spaces – without placing an additional burden on municipal budgets,” says Jolt CEO Maurice Neligan. (hcn)





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Space in ships was often too tight for the compact battery storage systems available on the market, until now. The new “Kaptein Series” power storage system has the advantage that the battery modules can be installed individually anywhere in the ship – even on the floor. Due to its disruptive technology, the new power storage solution also features the highest energy density, the lightest weight, and the fastest charging capability on the market. This makes clean e-drives for shipping easier to implement as well as more cost-efficient.

Two maritime industry experts join forces 

Tesvolt Maritime Solutions has supplied battery storage systems since 2018, primarily for workboats, deep-sea applications, and aquaculture, but also for pleasure craft and the yachting industry. Tesvolt Maritime Solutions has already equipped 160 ships with environmentally friendly battery propulsion systems, including the award-winning “E-Spatz,” a working vessel of the German Federal Waterways and Shipping Administration. Ocean Batteries has been offering modular, safe, and powerful battery solutions since 2019. Tesvolt holds a 51% stake in the joint venture Tesvolt Ocean. The company presented its new “Kaptein” battery storage system at SMM, the world’s leading maritime industry trade fair, in Hamburg.

Long range and fast charging

“We’re entering the market with a best-in-class storage system, offering a technological solution for the biggest pain points of ship owners, system integrators, and shipyards,” explained Kent Thoresen, CTO of Tesvolt Ocean. “The range of ships with electric propulsion, for instance, is still a problem for many owners. Ship spaces are often cramped, so not enough battery modules can be accommodated to achieve the desired range. At 246 Wh per liter, our new Kaptein system has the highest energy density on the market to date, meaning despite its high capacity it takes up very little space.” 

Also see: E-Spatz with Tesvolt technology wins award

Most batteries approved for use in shipping did not even have a continuous C-rate of 2 C. At 4 C, the “Kaptein” storage system offers the highest continuous C-rate available in the maritime industry to date. This means significantly shorter charging times for ship owners.

Light, safe, and individually installable

The new storage system also scores highly in terms of weight. At just 4.83 kg per kWh of storage capacity, it will be the lightest battery system for shipping on the market; batteries currently available on the market weigh at least 7 kg per kWh. A unique fire suppression system ensures maximum safety.

Also interesting: Norway pours millions into promoting clean shipping

“We spent three years speaking intensively with customers in six focus groups about what they need. That’s why Kaptein fits their needs so well. It solves real problems in e-propulsion for ships,” added Kilian Hoffmann, CCO at Tesvolt Ocean. “We’ve already had a huge number of inquiries about the new battery system.”

Support right from the start

“Every customer has different goals. That’s why we always tailor our battery system precisely to the individual customer. Kaptein is not an off-the-shelf product. But due to its special cell-to-module design, it’s exceptionally cost-efficient compared to the rest of the market,” said Øystein Kjæreng, CEO of Tesvolt Ocean. “We’re a one-stop shop, offering planning, installation, and commissioning as well as monitoring, maintenance, and recycling. We want to make a significant contribution with this new product toward accelerating the equipping of shipping with clean e-drives — as simply and cost-effectively as possible.” (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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The service, called eNabo was introduced recently. This is the first time that Norwegian electricity customers will be rewarded for using electricity, especially for electric car charging, at times that are favorable for the local power grid. The launch is a collaboration between Norgesnett and the software company Volue.

“We’re all rooting for the green shift, but for us as a grid operator, rooftop solar and electric cars also present a challenge. When a lot of solar energy flows into the grid from private homes on sunny days and more and more people choose to charge their electric cars at night, it creates an increasing load on the local grid,” says Vidar Kristoffersen, CEO of Norgesnett, which has around 100,000 grid customers.

The main motive behind the new service is therefore to facilitate the feeding in of more and more solar energy from roofs and increased use of electric cars without having to raise the grid rent to finance a massive grid expansion.

Smart, but not “grid smart“

„Many of us have developed a relationship with smart charging of electric cars, i.e. charging at times when electricity in the spot market is cheapest, typically at night. The problem with this type of first-generation smart charging is that it doesn’t take into account the load on the local electricity grid. It is not “grid smart”. That’s the element we’re now introducing together with Norgesnett,” says Kjetil Storset, who heads the “neighborhood systems” initiative at Volue. This initiative goes under the name Spark.

Also interesting: 10 innovative developments for electric mobility

“In practice, the system will be handled through operators that offer smart charging. The service will be offered in areas where the network is seen to be particularly heavily loaded. Initially, this will apply to around 130 neighborhoods, but the number will increase as new solar production is rolled out. End-customers who choose to join the scheme will receive an extra line on their grid rent invoice from Norgesnett where the compensation will appear. This will be independent of which electricity supplier you buy electricity from.

Helping to keep grid tariffs down

With the new system, the grid company will receive a continuously updated forecast of production, consumption and bottlenecks in the local power grid in the coming days.

According to NVE, Norgesnett is the country’s most efficient grid company. “We are passionate about keeping our grid tariffs as low as possible, so it’s important to think in new ways, which we are contributing to here,” says Kristoffersen, and adds: “If we do nothing, we will soon be faced with two options. Either enormous grid investments, which customers will pay for through increased grid rent. Or throttling solar energy production and electric car charging to avoid overloading. In that case, we think it’s much better to give customers a small premium for charging “grid-smart” with short-distance solar energy.

Also see: Double investments in power distribution or lose race to net-zero

“This is a good start and one of several tools needed for us to develop more solar power in Norway,” says Solar Energy Cluster CEO Trine Kopstad Berentsen. (hcn)





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Tomorrow, Friday 26, the Olympic and Paralympic Games will begin in Paris. For the first time, the opening ceremony will take place on the water. In order to pay tribute to climate change, 30 ships are to be converted or equipped with electric drives for the opening ceremony on the Seine.

Overview of the existing fleet

To this end, the inland port operator Haropa Port and the French water authorities VNF have obtained an overview of the decarbonisation of inland shipping in the country. The result: shipping companies are currently working flat out to reduce the CO2 footprint of their ship fleets and switch to more sustainable drives such as electric motors, fuel cells and hybrid drives.

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Haropa Port sees the Olympic Games and the transfer of the opening ceremony to the water as a unique opportunity to accelerate this energy transition on French waters. In order to get the 30 ships with alternative propulsion systems on the water, a comprehensive programme has been set up to modernise and build new vessels.

Five million euros in funding

A total of five million euros has been earmarked to finance the programme. This money is currently being used to electrify 20 ships that were previously diesel-powered on the Seine. In addition, eleven new ships will be battery-powered from the outset. According to calculations by the Paris harbour company CPP, this will cost more than 38 million euros. That’s 1.2 million euros per ship.

See also: Grids are the bottleneck in the expansion of renewables

Of the ships to be refurbished, 60 per cent will be equipped with purely electric drives. The remaining 40 per cent will be equipped with hybrid drives. For newbuilds, 63 per cent of the shipping companies are relying on battery-electric drives and 27 per cent on hybrid drives. The remaining nine per cent of ships will run on hydrogen.

Charging infrastructure is being developed

This programme is part of the goal of making river shipping in Paris completely climate-neutral by 2037. To this end, charging stations for the electric boats are also gradually being installed. The three moorings at Port de Grenelle in the centre of Paris are already connected to the electricity grid. In addition, Haropa Port and VNF have already installed a further 44 charging stations at the moorings along the Seine. A further 82 charging stations will be installed along the Seine and the Oise by the end of 2024. More will follow in the years to come. Haropa Port and VNF are investing a total of 9.2 million euros in the development of the charging infrastructure for electric ships. (su/mfo)

Also interesting: Greenyellow builds 350 solar car parks for French supermarket chain





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By 2028, Eldrive will install and operate 7,400 new electric vehicle (EV) charging stations in addition to 900 it already operates, expanding the EV infrastructure currently available in those countries.

The EBRD will invest alongside Renalfa Solarpro Group, Eldrive’s owner, in the first phase of development. The European Investment Bank (EIB) is also providing a €40 million venture debt facility.

Pave the way for other EV infrastructure investments

This investment supports the European Union’s commitment to decarbonisation. With the transport sector responsible for 22 per cent of global CO2 emissions in 2022, EU countries are accelerating the rollout of clean electric mobility. The EU Green Deal’s objective is to reach one million public EV charging stations in the EU by 2025 and three million by 2030. Currently, central, southern and eastern European markets are lagging behind western European countries in the availability of EV charging stations.

Sue Barrett, EBRD Director for Infrastructure in Europe, the Middle East and Africa said: “This is the EBRD’s first equity investment in a charging point operator (CPO) and we are pleased to support Eldrive’s expansion plans in Bulgaria, Lithuania and Romania. We hope this investment will pave the way for many other EV infrastructure investments across the region and help speed up the decarbonisation of the transport sector in Europe.”

Align financing activities with the goals of the Paris Agreement

Stefan Spassov, Eldrive CEO, commented: “We are excited to welcome the EBRD as an equity investor in Eldrive. Being the first CPO to receive such an investment makes us proud and shows the potential and resilience of our business strategy and model. This is great recognition not only for Eldrive but for the whole European electric mobility sector.”
Eldrive is a leading regional EV CPO in Bulgaria, Lithuania and Romania, facilitating the acceleration of EV uptake and bolstering the decarbonisation of transport, critical at this early stage of market development.

Also interesting: E-car boom in Norway

Renalfa Solarpro Group, an existing client of the EBRD, is an Austrian-based clean energy and e-mobility investment group with a focus on renewable energy generation assets. The group currently has solar and windpower projects under construction and development with a total capacity of 3 GW in Bulgaria, Hungary, North Macedonia, Poland and Romania.

Also see: EBRD supports renewables in Romania and Moldova

The EBRD, a leader in climate finance in central and eastern Europe, Central Asia and the southern and eastern Mediterranean region, has aligned all its activities with the goals of the Paris Agreement and committed to making at least half of its annual investment volumes green by 2025, a goal the Bank has met for the past three years. (hcn)





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While sales of electric cars are currently rather sluggish in Germany, the picture is different in Norway: around 84 percent of new cars registered on Norwegian roads in the first half of 2024 (new cars and imported used cars) were electric cars. This is according to statistics from Statistics Norway (SSB).

E-cars catch up with petrol cars

This means 2024 could be another record year. In 2023, the proportion of newly registered e-cars in Norway was 82% – higher than ever before. Around 732,000 electric cars are currently on the roads in the Scandinavian country. It is expected that more electric cars will be registered in Norway than petrol cars from September – this is unique in the world. Only the Norwegian diesel fleet, with around one million, is still slightly out of reach.

With a market share of around 17 percent in the first half of 2024, Tesla is at the top of Norwegian new car sales, with the Model Y being particularly popular. With a market share of around 11 percent, Volkswagen also makes it into the Norwegian top 3 after Toyota. VW’s best-selling car is the ID.4.

Reasons for the Norwegian e-boom

But how can the continuing popularity of electric cars in Norway be explained? What do the Scandinavians do differently to the Germans? For one thing, the Norwegian government has long provided strong incentives for electric cars. For example, there were major concessions and tax breaks for electric cars, lower parking fees and permission to drive in bus and cab lanes. Some of these measures were withdrawn, but the e-cars remained.

According to Michael Kern, Managing Director of the German-Norwegian Chamber of Commerce (AHK Norway), the dense public charging network, which extends to the remote regions of Norway, also plays a role: “Such growth in e-mobility requires that the charging infrastructure keeps pace with the sales of electric cars – and does not become an obstacle to their introduction,” he says.

Fast-charging stations, which enable efficient and time-saving charging on the move, are particularly relevant here. In Norway, there were 7741 of these at the end of 2023 (in June 2024 there were 8550); Germany, with a population around 15 times larger, had 25,233 on January 1, 2024.

Read more about e-mobility

However, Kern points out that direct comparisons between countries are often difficult. “In Germany, for example, there are completely different market conditions that influence consumers when buying a car.” As far as the switch to electromobility is concerned, Norway also has favorable conditions – apart from the cold winter: “In addition to the smaller population, the country has a more manageable and less complex infrastructure that needs to be adapted. In addition, Norway has always generated well over 90 percent of its electrical energy from renewable sources – so electric cars have always been able to fully exploit their environmental advantage here.“

Reduced fees for grid-friendly charging

The grid operator Norgesnett, in collaboration with the software company Volue, recently started offering reduced grid charges for electricity customers who charge their electric cars in a grid-friendly way. “We are all in favor of the green transition, but for us as a grid operator, solar roofs and electric cars are also a challenge. When a lot of solar power from private homes flows into the grid on sunny days and more and more people charge their electric cars at night, this leads to an increasing load on the local grid,” says Vidar Kristoffersen, CEO of Norgesnett, which has around 100,000 grid customers.

The main motive behind the new eNabo service is therefore to facilitate the feed-in of more and more solar power from rooftops and the increased use of electric cars without having to increase grid charges to finance a massive grid expansion.

“Many of us have developed a relationship with smart charging of electric cars, i.e. charging at times when electricity is cheapest on the spot market, usually at night. The problem with this first-generation smart charging is that it does not take into account the load on the local power grid. It is not “grid intelligent”. That is the element we are now introducing together with Norgesnett,” says Kjetil Storset, who heads the ‘Neighborhood Systems’ initiative at Volue.

Offer for regions with particularly strained networks

In practice, the system is managed by service providers who offer smart charging. The service will be offered in areas where the grid is considered to be particularly congested. These are initially around 130 districts, the number of which will increase with the expansion of solar power generation. End customers who decide to participate in the program will receive an additional note from Norgesnett on their electricity bill showing the offset. This applies regardless of which electricity supplier they purchase their electricity from.

Also interesting: Norway – First large solar park connected to the grid

With the new system, the grid operator receives continuously updated forecasts of generation, consumption and bottlenecks in the local electricity grid for the coming days.
“This is a good start and one of several tools we need to develop more solar energy in Norway,” says Trine Kopstad Berentsen, CEO of the Solar Energy Cluster. (hcn)





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