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Kurz & knapp: Ab dem 18. Juni 2026 startet die KfW mit dem neuen Förderkredit „Erneuerbare Energien Plus” (Programmnummer 570).

-500 €/MWh at midday, over 230 €/MWh in the evening: The light breeze in early May reveals the growing extremes in the electricity market. What's behind it – and why battery storage is becoming a key technology.

A recent FÖS study shows that electricity from gas power plants is far more expensive than previously calculated, at up to 67 cents per kilowatt-hour, when societal climate damages are factored in. In comparison, renewable energies are already below 10 cents.

With 17.99 ct/kWh, the German industrial electricity price in 2025 is above the EU average (16.87 ct/kWh). While Scandinavia benefits from cheaper generation, high grid fees in Germany burden businesses, increasing the pressure for active cost management and self-supply.

This remains a key locational advantage for German industry. The low SAIDI value demonstrates that decentralized feeding and grid stability can go hand in hand – a success that will be further secured in the future through digital grid monitoring and intelligent storage technologies.

The new report forecasts grid costs of 731 billion euros by 2045 – significantly more than previously calculated. Despite more conservative electricity demand estimates of 600–700 TWh, the decentralized energy transition is forcing massive investments in transmission and distribution grids.

The delay scenario warns: If Germany misses its expansion targets, there is a risk of up to 4.6 hours of electricity shortage per year and a massively higher demand for fossil reserves. However, industry experts criticize that the BNetzA has so far hardly taken into account the stabilizing potential of battery storage in its models.

An ambitious expansion could reduce electricity prices by 23% by 2030. Experts criticize the fact that the monitoring report’s focus on cost efficiency alone ignores the long-term economic benefits of electrification and wrongly justifies the construction of new fossil fuel power plants.

Households are set to see their bills reduced by approximately 2 cents per kWh, while this move sends an important signal to businesses to counter competitive disadvantages. Since grid fees already account for 40% of the industrial electricity price, the subsidy serves as a buffer against system costs, which have risen to 33 billion euros.

In addition to the electricity tax reduction (from 2026) and the CO₂ storage law, the package includes an amendment to the Energy Industry Act (EnWG) to accelerate approvals. However, industry representatives criticize the lack of progress on grid connections: a lack of transparency regarding grid load and the absence of penalties for grid operators continue to hinder PV and storage projects.

The program applies to projects commissioned by the end of 2027 and offers strong incentives for commercial PV projects. Additional special depreciation allowances for electric vehicles (75% in the first year) create attractive synergies for companies looking to invest simultaneously in solar energy and charging infrastructure to accelerate their return on investment.

Companies could fall into a cost trap starting in 2026: rising grid fees, new levies (KWSG), and the elimination of special regulations are looming. To counter this regulatory „cost wave,“ investments in self-supply, storage, and flexibility are becoming an economic necessity to strategically minimize expensive grid reliance.

To avoid yield losses, operators should invest in repowering early on: Replacing modules and retrofitting battery storage or energy management systems massively increases efficiency. Acting promptly also secures specialist capacity before the demand wave reaches its peak in the mid-2030s.

The programs running until June 2027 support innovative solar concepts and external consulting services with attractive grants. Important for companies: Applications must be submitted through the state portal before the project begins or the contract is awarded in order to secure funding eligibility for investments or environmental reports.

In 2024, industrial electricity prices in Europe averaged 18.7 ct/kWh, with Germany, at 23.3 ct/kWh, sitting about 25% above the EU average. While Northern Europe (approx. 9 ct/kWh) benefits from renewable energy, high taxes and grid fees are weighing on the competitiveness of German industrial sites.

With a record addition of 16.2 GW, total solar power capacity increased to nearly 100 GW in 2024. Low module prices and accelerated procedures drove the expansion, with Bavaria remaining the leader at 4 GW and balcony power plants doubling their share to 400 MW.

The 2023 SAIDI value, with an average outage duration of just 12.8 minutes, demonstrates the remarkable stability of the German power grid compared to other countries (U.S.: 78 min.). Despite renewable energy accounting for over 50% of the mix, supply reliability remains virtually constant, underscoring the high quality of the local grid infrastructure.

Depending on their size, companies receive 30 to 50 percent funding for storage systems, management software, and planning services, which cuts the investment’s payback period in half. With a budget of 11 million euros, the state of Saxony-Anhalt is providing targeted support for the efficient grid integration of green energy for private and public entities.

Starting in 2025, the offshore grid charge will increase to 0.816 ct/kWh and the KWKG levy to 0.277 ct/kWh, while EEG funding will now be financed through the federal budget. The new „Surcharge for Special Network Usage“ (1.558 ct/kWh) will also distribute the costs for regional grid expansion more evenly across all electricity consumers nationwide for the first time.

A key figure model will identify distribution network operators facing future burdens, allowing them to offset their additional costs through a nationwide compensation mechanism. This reform is intended to reduce regional electricity price differences and thus strengthen acceptance for the further expansion of wind and solar power plants throughout Germany.

NRW is supporting the doubling of solar power capacity by 2030 through grants for feasibility studies (max. €35,000) and the construction of innovative PV systems on water or agricultural land. As only a fraction of the budget has been utilized, the program offers companies high planning certainty and attractive bonuses for self-consumption projects.

Increasing loads from electric cars, heat pumps, and renewable energy feed-in require the expansion of over 800,000 km of cable networks and thousands of transformers. Political mandates for underground cables are massively driving up costs.

By 2045, grid investments will rise to around 528 billion euros to implement 18,000 km of new transmission lines and offshore connections for doubled electricity consumption. Expensive underground cable requirements, global material shortages, and the connection of decentralized renewable energy systems are driving costs far beyond previous forecasts.

The planned reform transforms grid fees into control signals: Discounts will be available in the future for increased load during times of high renewable energy feed-in and throttling during scarcity. This promotes industrial flexibility, relieves the power grids, and is a central component of the new German energy strategy for integrating volatile energy sources.

The failure of the Tennet deal due to budget problems is seen as a red flag for Germany as an investment location and delays important grid expansion projects. To close the 160 billion euro financing gap, the grid operator must now rely on time-consuming alternative models, which could jeopardize climate goals.

Effective immediately, the federal government will support commercial businesses in expanding fast-charging technology with 50 kW and above, as well as in the installation of stationary battery storage systems. The program promotes investments in sustainable mobility and sector coupling with up to 5 million euros per project to advance the operational energy transition.

Investments in climate neutrality pay off: According to PwC experts, a faster expansion of renewable energies will lead to savings of around one trillion euros in energy costs compared to a moderate expansion rate. Industry in particular will benefit in the long term from higher energy efficiency and stable prices, thus securing the location sustainably.

The rapidly rising redispatch costs highlight the bottleneck of Germany's energy transition: a lack of transmission capacity prevents the transport of green electricity from the north. This leads to billions in charges for grid fees and forces grid operators to curtail clean wind power, while fossil fuel power plants in the south fill the gaps.

With renewable energy accounting for 56% of electricity consumption, Germany set a new milestone in the first quarter of 2024. Strong wind power and a massive expansion of solar power capacity in particular drove green electricity generation to a record-breaking 75.9 terawatt-hours.

With above-average radiation levels and strong winds, 2023 offered ideal conditions for the energy transition. Discover how the interplay of sunny months, like the record-breaking September, and windy winter periods boosted renewable energy yields to top-tier levels.

Experts agree: the bottom for PV module prices has been reached, and factors such as delivery delays in the Horn of Africa and a reduction in global overproduction are driving costs up again.

Rising electricity demand and the necessary grid expansion are driving grid fees in Germany to a new record high. A current VEA analysis shows that the elimination of state subsidies will increase grid usage costs by an estimated 60 percent this year, making a reform of pricing increasingly urgent.

The elimination of 5.5 billion euros from the Economic Stabilization Fund is driving national electricity grid fees to a record high of an average of 6.43 cents per kilowatt-hour. Find out which regions are particularly affected by the price adjustments and how they are impacted.

Driven by low module prices and the energy crisis, PV installations in Germany nearly doubled to a record 14 GW in 2023. For companies, now is the ideal time to invest in their own large-scale systems, despite limited installation capacities, and hedge against future rising CO₂ costs.

Despite national relief packages, European industrial electricity prices remain high compared to North America and Asia. Learn how electricity costs are composed of procurement, taxes, and grid fees, and why self-generation is becoming increasingly important.

Network charges account for a significant portion of the industrial electricity price, but they vary enormously due to the approximately 900 regional operators in Germany. This article sheds light on the background of the announced price increases and explains the difference between nationwide transmission fees and the fluctuating costs of distribution system operators.

A price drop of up to 37% for mainstream modules makes getting started in photovoltaics more affordable than ever before. Combined with falling costs for storage systems and inverters, this is creating market momentum that is massively accelerating commercial investment in green power generation.

With the expansion of the „Parking Lot Canopies with Photovoltaics“ program, the state is massively advancing the use of sealed surfaces for the energy transition. From a size of 35 parking spaces, companies benefit from attractive subsidies that significantly accelerate the amortization of solar carports and pave the way to climate neutrality.

With an average downtime of only 10.8 minutes per year, the German power grid continues to be among the world's best, according to the current SAIDI value. Learn why supply security remains stable despite the temporary higher load on the transmission networks and how Germany compares internationally.

The year 2022 marks an economic turning point, with 86% of newly installed renewable capacity generating electricity at a lower cost than conventional power plants. However, to meet global climate goals, the record growth in renewables must now triple in order to further extend the lead over fossil fuels.

Simplified certification procedures and the use of the Low Voltage Directive make the construction of large rooftop PV systems for industry and commerce significantly more attractive. This article explains the current facilitations for system certification and shows how operators can benefit from the new transitional regulations for faster commissioning.

With generation costs, in some cases below 4 cents/kWh, large solar farms have long since undercut fossil fuels and are now even on par with inexpensive onshore wind turbines. This comparison highlights why investments in PV systems are not only ecologically necessary but also economically unbeatable thanks to falling system prices and increasing efficiency.

From parking lot canopies to solar farms: the new funding guidelines in NRW offer significant investment grants of up to 1 million euros for commercial photovoltaic projects. This article summarizes the most important innovations and shows you how to make the best use of state support for your planning and implementation.

The tightening of the EU Emissions Trading System is leading to a massive shortage of CO₂ certificates and putting companies under enormous financial pressure. Find out why reducing emissions through your own renewable energy sources is now becoming an existential requirement for economic competitiveness.

With 1,230 kWh/m², solar irradiance reached an all-time high in Germany in 2022, providing PV system operators with exceptional record yields. This contribution analyzes the weather data from the DWD and explains the interplay of direct and diffuse radiation for PV electricity generation.

Driven by rising energy prices and the expansion of e-mobility, over 10,000 companies are already relying on their own electricity storage systems to secure their energy independence. This article analyzes the current record numbers in storage expansion and shows how large-scale storage and intelligent charging infrastructure guarantee security of supply in industry and commerce.

The abolition of the EEG surcharge provides short-term relief for industry, but the quadrupled CO₂ price since 2018 remains a massive cost driver for energy-intensive companies. This article analyzes the current electricity price composition and shows why an improved CO₂ balance is now becoming the decisive factor for economic stability.

From Agri-PV to floating solar farms: New open clauses in the EEG are unlocking enormous area potential for Germany's energy transition. This contribution analyzes the ambitious growth targets up to 2030 and highlights regional differences as well as the increasing importance of large-scale open-space projects.

Thanks to the implementation of Regulation EU 2022/2577, lengthy hurdles for solar parks and industrial PV projects are being removed. This article highlights why waiving full incompatibility assessments for existing sites and grid reinforcements represents a huge opportunity for companies to realize their energy projects promptly.

The significant increase in tender prices to as much as 11.25 cents per kW sends a clear signal for new investments in solar power. This article examines the current legal framework and explains how companies can benefit from these improved terms through the CUBE Contracting model without exposing themselves to any capital risk.

With its focus on solar energy, the EU Commission is driving forward industry access to long-term power purchase agreements and faster project implementation. This article examines the Commission's current work plan and explains why solar energy is considered a key technology for stable energy costs and climate protection.

Rising prices and uncertain supply contracts show how vulnerable the energy supply currently is. Learn how you can become independent with long-term predictable electricity costs and your own energy solutions.