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At the Embassy of Finland in Sweden, leaders across the Nordic region gathered for Nordic Day 2025 to confront a pressing truth: the green transition is no longer just about the climate—it’s about survival. From war-driven energy instability to deep supply chain dependencies, it’s clear that resilience must now be built into the core of our energy systems. Here’s what we took away from the event—and why it matters more than ever. Energy Security = National Security A hard fact repeated at the event: 🔹 90% of solar panels 🔹 60% of batteries come from China. While lead times from China are under 12 months, comparable European solutions can take several years. If we don’t reduce this dependency, we risk exchanging fossil reliance for a new form of energy dependence. Centralized Grids Are a Single Point of Failure The current grid model is outdated. To build resilience, we must move toward decentralized energy systems that can run independently when the main grid fails. Think microgrids, local storage, and flexible assets that enable "island mode" operation. This is no longer optional—it’s the only way to ensure stability in a crisis. Businesses Won’t Just Use Energy—They’ll Run It The big shift ahead? Energy will no longer be a fixed cost—it will be a strategic function. Companies will manage, optimize, and trade energy across platforms, becoming active players in a decentralized, AI-driven energy economy. Those who adapt will not only reduce costs but unlock entirely new revenue streams. Why This Matters—and What Comes Next The insights shared at Nordic Day 2025 highlight a clear message: the systems we rely on today won’t meet the demands of tomorrow. From geopolitical instability to technological bottlenecks, the risks are real—and growing. We can’t wait for perfect policy. We can’t rely on outdated infrastructure. And we can’t assume someone else will solve it. The response must be proactive. Governments, businesses, and energy providers need to accelerate investments in flexible, decentralized energy systems that can stand on their own when pressure hits. This means embracing shorter build times, smarter storage strategies, and more agile infrastructure—now, not later. The choices we make in the next few years will define not just the success of the green transition, but the resilience of our societies. Those who act will lead. Those who wait will be left behind.

At Solarplaza Summit Poland , industry leaders agreed: Poland needs battery storage, but major obstacles are slowing deployment . The country is working to phase out coal by 2050 , but without rapid storage expansion, grid reliability and renewable integration will suffer. Here’s what’s holding BESS back and what needs to happen next. Grid Connection Delays Are Stalling Projects Poland’s long wait times for grid connections  are a serious problem. Developers are stuck in limbo, unable to move forward while grid infrastructure struggles to keep up. What this means for the market: Uncertain project timelines  make investment planning difficult. Slower renewable adoption , limiting Poland’s energy transition progress. Growing demand for alternative flexibility solutions  like demand response and local trading. BESS Profitability Is Under Threat Poland currently applies a 61% de-rating factor  to BESS, meaning only a portion of its capacity is considered useful for grid services. Worse, this may drop further in the next five years  as Poland’s TSO (PGE) prioritizes natural gas  over storage. What this means for the market: Lower returns on BESS investments , discouraging new projects. Policy uncertainty  makes it harder for developers to plan for the future. Storage must prove its value faster  to secure its place in the energy mix. Lack of Market Transparency Is Keeping Investors on the Sidelines One of the biggest barriers to BESS deployment is the lack of clear revenue data . Without transparency into Poland’s electricity markets, developers and investors are making high-risk decisions with no clear view of profitability . What this means for the market: Investors hesitate to commit capital  without reliable revenue forecasts. Developers struggle to optimize projects  without full market visibility. Better financial data and forecasting tools are critical  for storage to scale. How GreenVoltis Helps Developers Cut Through the Uncertainty At GreenVoltis , we provide: ✔️ Clear market revenue insights  so developers and investors know where and how BESS makes money. ✔️ Strategies to navigate grid constraints , helping projects move forward despite connection delays. ✔️ Optimized market participation , ensuring BESS assets earn from multiple revenue streams . Poland Needs Storage – But the Industry Needs More Clarity The demand for storage is there, but grid constraints, weak financial transparency, and unstable market rules are slowing growth . Until these problems are fixed, BESS adoption in Poland will remain slower than it should be . At GreenVoltis , we’re working to solve these issues so storage developers and investors can move forward with confidence. 📩 Want to stay updated?    for the latest insights on Poland’s energy storage market.

Stockholm, Sweden– March 7, 2025  – GreenVoltis, a leading innovator in renewable energy storage and Virtual Power Plant (VPP) solutions , has secured a strategic partnership with CC Capital and Konflux Kapital International GmbH (KKI)  to drive the expansion of Battery Energy Storage Systems (BESS) and VPP infrastructure across Europe . This collaboration represents a major investment in the future of grid stability, energy efficiency, and renewable integration .  Unlocking 400MW of Energy Storage Capacity Across Key Markets  The partnership is set to develop an ambitious 400MW BESS pipeline , strengthening the European energy ecosystem. The capacity will be strategically allocated to Germany, Sweden, Finland, and Poland  — all key markets driving the continent’s renewable energy transition.  By deploying grid-connected storage solutions , GreenVoltis will help stabilize fluctuating renewable energy sources  and enable businesses to maximize their energy flexibility and efficiency. The project will focus on:  Developing energy storage projects ranging from 5MW to 20MW and beyond , ensuring integration with national grids by early 2026 .  Optimizing Virtual Power Plant (VPP) revenue models , allowing for smarter energy trading and increased profitability for stakeholders.  Strengthening Germany’s energy market , with GreenVoltis leading VPP implementation while CC Capital and KKI drive project development and execution.  Enhancing the efficiency of large-scale renewable energy projects  through advanced digitalization and energy management strategies.  Accelerating the Energy Transition with Digital Innovation  As the designated VPP partner for CC Capital and KKI  across Europe , GreenVoltis will deploy cutting-edge AI-driven energy management technology , ensuring that stored energy is efficiently distributed, traded, and monetized . The integration of BESS with VPP solutions  will create a more resilient and adaptive power grid , reducing reliance on fossil fuels and improving overall energy security.  A Defining Moment for GreenVoltis' Growth  This development cements GreenVoltis’ position as a leader in digitalized renewable energy solutions , reinforcing its commitment to sustainability, efficiency, and market-driven energy transformation . As Europe pushes forward with its carbon neutrality goals , this strategic initiative will ensure the reliable adoption of renewable power sources while optimizing grid performance and commercial viability .  About GreenVoltis   GreenVoltis is a leading renewable energy company dedicated to scaling sustainability through advanced digital solutions . With expertise in energy storage, Virtual Power Plants (VPP), and intelligent energy management , GreenVoltis is committed to making renewable energy more accessible, reliable, and profitable for businesses across Europe .

ENEX 2025 The 27th Enex Trade Fair , held on February 18-19, 2025, in Kielce, Poland, underscored the pivotal role of Battery Energy Storage Systems (BESS)  in the nation's energy landscape ( Targi Kielce ). BESS Dominated the Event This year's event saw a significant presence of Tier 1 BESS Original Equipment Manufacturers (OEMs) , highlighting the growing importance of energy storage solutions. The exhibition showcased a range of innovations, from advanced photovoltaic systems to cutting-edge energy storage technologies, reflecting the dynamic growth of the renewable energy sector. Impact of FCR Market Activation on BESS Investments The activation of Poland's Frequency Containment Reserve (FCR) market  on June 14, 2024, has markedly enhanced the attractiveness of BESS investments. This reform aims to improve the efficiency of electricity pricing in the Balancing Market, encouraging participants to align their production and consumption with the grid's real-time needs. As a result, investors have observed a surge in Internal Rates of Return (IRR) for BESS projects, driven by the lucrative opportunities in the FCR market ( Energy Regulatory Office ). Poland's Rapid Adoption of BESS Poland is emerging as a significant player in Europe's energy storage sector. The recent capacity market auctions in December 2024 highlighted a substantial shift towards BESS, with approximately 2.5 GW secured by new generation capacity market units, predominantly Li-ion energy storage projects. This trend indicates a robust commitment to integrating energy storage solutions, positioning Poland as a fast follower in BESS adoption within Europe ( Dentons ). Looking Ahead The insights from Enex 2025  reinforce that BESS is no longer an emerging trend—it’s a critical part of Poland’s energy transition . With favorable market reforms and growing investment interest , the country is well-positioned to capitalize on energy storage innovations . At GreenVoltis , we are actively working with developers, investors, and industry leaders to navigate this evolving landscape and drive sustainable energy solutions forward. Want to stay ahead of the latest trends in renewables and energy storage? Sign up for our newsletter to receive insights, market updates, and industry news straight to your inbox!

Elmia Solar 2025 brought together key players in the solar and energy storage industry to discuss the latest developments, challenges, and opportunities. From financial performance data to grid constraints and cybersecurity threats, the conversations highlighted where the market is headed – what needs to happen next.     Battery Storage Performance: What the Numbers Say  Looking back at 2024, the Swedish market provided clear data on battery energy storage systems (BESS) in a multi-market strategy:   1MW/1MWh systems generated an average of €241K/MW per year  1MW/2MWh systems performance better, averaging €295K/MW per year  This underscores the financial advantage of increasing storage during in Sweden’s energy market.   As energy markets evolve, maximizing revenue streams through optimized battery sizing and smart control algorithms will be critical.     Financing Challenges & Opportunities  Many project developers at the event emphasized the need for financing solutions to scale their BESS and renewable projects. Infra funds like GreenVoltis play a key role in providing structured financing to improve project bankability and long-term profitability.     Grid Constraints & The Role of Smart Energy Management  An increasing number of wind and solar developers in Sweden are expanding into BESS project development, but grid constraints remain a significant hurdle. Limited grid connection capacity is slowing deployment.     GreenVoltis helps mitigate these challenges through local arbitrage and peak shaving solutions, allowing developers to manage congestion, reduce grid dependency, and improve project viability.     Optimizing BESS with Smart Control Algorithms  One of the recurring themes – both on stage and in direct conversations – was the importance of advanced optimizations algorithms. To maximize profitability, BESS systems must operate across multiple markets, balancing peak shaving, arbitrage, and other revenue streams. Developers are increasingly focusing on intelligent automation to fine-tune battery operations.     Cybersecurity: A Growing Risk for Energy Assets  Cybersecurity in energy infrastructure is becoming a critical issue. Discussions at Elmia Solar highlighted:   BESS, wind, and solar assets are vulnerable to cyber threats, requiring secure cloud-based solutions.   A recent survey of industrial companies found that 89% had experienced a cyberattack, with 60% lacking the tools to defend against them.   The average financial damage from these attacks was €2.39M per incident   GreenVoltis is committed to providing secure and resilient energy management solutions, ensuring that businesses deploying renewables and BESS have the protection they need.     Looking Ahead    Elmia Solar 2025 reinforced that the energy transition in Sweden in accelerating, but challenges remain. Battery storage is proving its value, but developers need better financing, optimized operations, and stronger cybersecurity to scale successfully.     At GreenVoltis, we’re working directly with developers and businesses to address these issues- through financing, smart grid solutions, and secure energy management.

Dynamic power tariffs are reshaping the way businesses interact with energy markets. Designed to reflect real-time grid conditions, these tariffs reward efficiency but penalize heavy energy use during peak periods. While the concept encourages responsible consumption, it also introduces significant cost challenges for businesses unprepared to adapt. To address these challenges, battery peak shaving has emerged as a vital strategy.   This article explores the implications of dynamic tariffs and how businesses can benefit from energy storage solutions to stay competitive and resilient.  What Are Dynamic Power Tariffs?  Dynamic power tariffs adjust electricity prices in response to grid demand and supply. When demand is high—often during working hours—prices spike to discourage excessive use and ease strain on the grid. Conversely, during periods of lower demand, prices drop, offering cost-saving opportunities for users who can shift their energy consumption.  While this pricing model promotes efficiency, it disproportionately affects businesses with energy-intensive operations that are not flexible enough to adjust their usage patterns. For instance, manufacturing plants, data centers, and logistics hubs often face challenges aligning their energy needs with off-peak pricing windows.  A single high-demand hour during peak periods can lead to inflated demand charges, which are additional fees based on the highest amount of power drawn during the billing cycle. These charges can make up a significant portion of a business's energy costs, often eclipsing the cost of the electricity itself. As energy markets evolve, dynamic tariffs are becoming more common worldwide, increasing the urgency for businesses to adapt.    The Problem: Unpredictable Energy Costs  The main issue with dynamic tariffs is their unpredictability. Prices can fluctuate dramatically within a single day, making it difficult for businesses to plan energy budgets effectively. For companies with tight profit margins or fixed pricing models, these unexpected spikes in energy costs can weaken financial stability.  Consider the following scenarios:  A manufacturing facility operates machinery during peak hours because production schedules cannot be easily shifted. The result is a significant demand charge on the monthly energy bill.  An office building with air conditioning systems running during hot summer afternoons faces elevated tariffs due to increased grid demand.  A retailer’s refrigeration systems operate 24/7, leading to unavoidable peak-hour usage and higher costs.  In all these cases, businesses face financial penalties simply for maintaining their operations. Without tools to mitigate these costs, dynamic tariffs can become a financial liability.  Battery Peak Shaving: A Practical Solution  Battery peak shaving provides a straightforward way to manage energy costs under dynamic tariffs. This strategy involves using an energy storage system, such as a battery, to reduce reliance on the grid during peak periods. The battery discharges stored energy to power operations when tariffs are highest, minimizing grid consumption and avoiding high demand charges.  How It Works:  Energy Storage : Batteries store electricity during off-peak hours when prices are low.  Peak Demand Reduction : During peak periods, the stored energy is used to power operations, reducing the need for grid electricity.  Recharge Cycle : Batteries recharge during the next off-peak period, creating a continuous cycle of cost-efficient energy use.  This method ensures that businesses maintain a stable energy supply without being exposed to price surges.    The Benefits of Battery Peak Shaving  The advantages of battery peak shaving extend beyond cost savings:  Financial Savings : By lowering demand charges, businesses can significantly reduce their monthly energy bills. For some companies, this translates to savings of tens of thousands of dollars annually.  Energy Security : Batteries provide a buffer against grid outages and fluctuations, ensuring operations continue without disruption.  Sustainability : Pairing batteries with renewable energy sources like solar or wind allows businesses to further reduce their carbon footprint while meeting sustainability goals.  Flexibility : Battery systems can be scaled to meet the needs of any operation, from small offices to large industrial facilities.    Real-World Examples of Dynamic Tariff Impact  Dynamic tariffs and their challenges are playing out across the globe:  Australia’s “Sun Tax” Solar panel owners are now penalized for exporting excess energy to the grid during peak times. This highlights the importance of local energy storage to manage costs effectively. ( News.com.au )  U.S. Energy Storage Adoption Companies across the United States are investing heavily in battery systems to avoid rising demand charges, a trend driven by increasing grid stress and electrification. ( McKinsey Report)   These cases underscore the growing importance of energy storage solutions in managing costs and ensuring resilience in a dynamic energy landscape.    Adapting to the New Energy Landscape  Dynamic tariffs are not just a pricing trend—they represent a broader shift toward a more responsive and efficient energy market. Businesses that fail to adapt risk significant financial penalties and reduced competitiveness. On the other hand, those that invest in proactive solutions like battery peak shaving position themselves to thrive in this new environment.  By smoothing out energy demand and avoiding peak charges, battery systems allow businesses to stabilize costs, align with sustainability goals, and reduce reliance on the grid.  Turning Tariff Challenges into Business Opportunities  Dynamic power tariffs are here to stay, and their impact on business operations is undeniable. However, they don’t have to be a financial burden. Battery peak shaving offers a proven, scalable solution to manage costs, reduce risks, and achieve energy independence.  The time to act is now. By embracing energy storage solutions, businesses can turn the challenges of dynamic tariffs into opportunities for cost savings and sustainability. In a rapidly changing energy market, proactive strategies are the key to staying competitive and resilient.

Stockholm, November 26, 2024  Green Voltis has recently announced the successful completion of its multi-million Euro angel funding round. This funding will enable Green Voltis to accelerate technological innovation in AI-Native Virtual Power Plants (VPPs) and expand its market presence in Europe, creating long-term value for its customers and partners.  Green Voltis is an AI-Native VPP aggregator and operator that leverages expertise in energy trading, AI-Native technology, and pre-integration with energy storage providers. The company delivers intelligent and efficient flexibility trading and operational solutions to electricity consumers, energy storage asset owners, and power trading agents. reen Voltis secures multi-million EUR funding to advance AI-powered Virtual Power Plants, driving energy optimization and storage innovation across Europe. Additionally, Green Voltis develops high-value European energy storage projects for global renewable energy funds, ensuring greater investment returns for its Infra Fund partners. The company’s core team comprises top talent from leading enterprises, bringing together global resources and deep expertise in various markets.

The energy industry is undergoing seismic shift that promise to redefine how we trade, store, and manage power. At the heart of this transformation is the push for smarter, more flexible systems that keep up with the increasing complexities of renewable energy integration.     Here’s a breakdown of the latest trends shaping the future of energy markets and batter storage management – and why they matter, that was discussed at the recent Ediel Conference.    The Shift to 15-Minute Market Intervals  Gone are the days of hour-long trading intervals. Energy markets are transitioning to 15-minute trading and settlement, a move that’s set to revolutionize the way energy is managed.     Why It Matters  More Precise Asset Management: Shorter intervals mean energy producers and storage operators can respond more accurately to fluctuations in demand and supply.   Maximized Profits: Battery energy storage systems (BESS) can now capitalize on smaller market movements, creating more opportunities for revenue.   Stabilized Grids: Enhanced granularity aligns renewable energy variability with consumption, supporting grid reliability.   For energy businesses, this means upgrading systems and software to stay competitive in this new era of precision.     The Flexibility Challenge: A Call to Action for Battery Energy Storage Systems As renewable energy sources like wind and solar become dominant, the predictability of the grid declines. Flexibility is no longer optional- it's essential.     Key Trends Driving Flexibility    Demand-Side Solutions: Dynamic pricing and smarter grids are encouraging consumers to adapt their energy usage to grid conditions.   Longer-Lasting Storage: While 1-hour battery systems have been the norm, the future lies in 2-hour or longer-duration solutions to address extended imbalances.   Vehicle-to-Grid Tech: EVs are stepping up as grid assets, with their batteries offering additional support during peak demand.  Flexibility is the currency of tomorrow’s energy market, and those who can innovate in this space will lead the way.     Regional Insights: Where to Focus Your Efforts    Not all regions are created equal when it comes to energy generation and consumption. Some areas, particularly those with high important reliance, are ripe for investment in storage and trading infrastructure.     Strategic Takeaways:   Target High-Demand Areas: Regions with electricity deficits present the best opportunities for battery deployment.   Embrace Hybrid Solutions: Combining solar, wind, and BESS at a single site maximizes efficiency and ROI.  Stay Ahead of Regulations: Local policies often dictate how quickly and effectively storage solutions can be deployed.   Understanding the geographical nuances of energy markets will be critical for businesses looking to grow sustainably.     Competing in a Crowded Energy Trading Market    The energy trading landscape is fiercely competitive. Differentiation is no longer a luxury- it's a necessity.   What Sets Winners Apart:   Proven ROI: Demonstrating strong returns on energy storage and trading investments will attract both customers and partners.   Diverse Revenue Streams: Offering value beyond traditional markets – like ancillary services or bilateral trading – creates a competitive edge.  Data-Driven Strategies: Using analytics to optimize asset management and forecast market movements is becoming non-negotiable.   In this high-stakes environment, innovation and adaptability are the keys to staying ahead.    Preparing for the Energy Future  The future of energy management is a blend of technology, foresight, and collaboration. To stay ahead, stakeholders need to focus on:     Technological Integration: From AI to advanced analytics, leveraging technology will streamline operations and uncover new opportunities.   Scalability: Solutions must not only meet today’s needs but also adapt to tomorrow’s challenges.  Industry Collaboration: Building partnerships across the value chain will ensure smoother transitions as markets evolve.     The Bottom Line    The energy sector is standing on the brink of a revolution. As markets shift toward precision, flexibility, and integration, businesses must act decisively to adapt. Those who embrace these trends will not only thrive in the new energy market but also lead the charge toward a more sustainable and resilient future.   The question isn’t whether the industry will change – it's whether you’re ready to change with it.