ENVIRIA ’s Post

13k - an upside for German hydrogen production     The German energy regulator, Bundesnetzagentur, recently approved the criteria for participation on the #13k-market. “13k” refers to paragraph 13k of the EnWG, which enables renewable electricity that would otherwise be curtailed to be purchased at a favourable price. #nutzenstattabregeln This comes on the back of the BNetzA nodding off the TSOs proposed 13k-price setting mechanism. Details here https://lnkd.in/eeUKDVVy So what? ❓ This is good news for newbuilt electrolysers who can participate as long as they have a capacity >100kW and are located in one of the congested network locations, which are most regions in northern Germany. At 17TWh of curtailed renewable electricity in 2023, the volumes available via 13k will be sizeable. Power to heat applications and grid connected BESS can also participate, but they have far more stringent rules to participate than electrolysers. While it is highly unlikely for an electrolyser to source electricity solely from this mechanism, it will certainly provide an upside for German LCOH. It allows for a more efficient power procurement strategy and a reduced need to over-contract on PPAs. Plus, 13k prices are expected to be well below day-ahead market prices. How does it work exactly? 🔬 TSOs forecast the electricity that is likely to be curtailed in the congestion area. Qualified participants in the region procure the assigned forecasted electricity from the day ahead market. In return, they receive compensation for the electricity purchased minus the defined 13k-price. Additionally, participants receive compensation for additional costs associated with this procurement. Penalties apply in case of non-use.    The 13k-price is determined by the TSOs based on a predefined formula encompassing natural gas prices, CO2 prices and E-boiler efficiency factors. The price is capped at historic reserve prices and floored at 0.  What is happening next? ⏭ The 13k mechanism will go live from 1st October 2024. Initially, a two-year trial period will apply where the allocation of 13k electricity will be determined by the TSO. After the trial period, the volumes are expected to be auctioned via a more competitive process. With such significant volume sof curtailed renewable electricity, these auctions are likely to be undersubscribed.  https://lnkd.in/e3fQsB-W

Great Discussion at „industry meets energy“ in Essen. In the area of electricity, in-house generation will play an increasingly important role for industrial companies 💰billions of investment needed to beat rising energy costs in order to enable on-site energy production 🏭long term financing and PPAs with 25 years duration to be competitive and to produce energy where it’s needed 😤 Grid costs as well as skyrocketing CO2-prices are going to increase energy costs 🔛 energy production will be decentralized #energy #PPA #VPP #financing #infrastructure #privateequity #energytransition #CO2 #solar #storage https://lnkd.in/dFryMCxs

The Solarpaket 1 is a very important and welcome move. As one of the world's major economies, Germany's actions in promoting renewable energy will have a demonstrative effect. #ongrid #price #energy #battery #lanergy

Last year's photovoltaic expansion in Germany exceeded government goals, reaching 14 GW – surpassing the 9 GW target. ☀ Now, the focus shifts to storage solutions as the German government develops a strategy for large PV-setups with highly effective storages to become the new norm. ⚡ Our expertise at ENVIRIA also revolves around optimizing photovoltaic installations on large commercial roofs with integrated energy storages – delivering significant savings and additional revenue through intelligent solutions, as Marvin Mertens, Head of Residual Power at ENVIRIA, elaborates in his article for pv magazine Deutschland. But what's the deal? 💡  An energy storage can be a real game-changer, e.g. you can sell stored power at the spot market when demand is high and use “peak shaving” strategies, a targeted reduction of electricity peaks during periods of high demand. This can bring you up to 25% more income and potential savings of 30%. But when does an electricity storage start to pay off? The key lies in understanding investment costs. With optimal alignment, larger installations may lead to storage amortization in as little as five to six years. ✊ Discover how integrated energy storages enhance PV-solutions and what factors are important to unlock the full potential. 🚀 Read the full German article here:
https://lnkd.in/ePrES5bd #energytransition #photovoltaik #stromspeicher #energystorage

New article in Deutscher Mittelstands-Bund (DMB) e.V. 🏭 In this insightful piece, our Deputy Head of Sales, Ralph Stemper, discusses why modernizing the grid is crucial for effectively using renewable energy. With high energy costs, the German Mittelstand faces challenges, especially with limited grid capacities for solar power. ⚡ Key points include: 1. Current Grid Limitations 👉 Outdated infrastructure can't handle increasing solar energy production. 2. Challenges for Solar Projects 👉 Many solar installations can't connect to the grid due to local infrastructure and high transformer station costs. 3. Decentralized Energy Supply 👉 Decentralization is needed but requires significant adjustments. 4. Long-term Benefits 👉 Enhancing the grid will make renewable energy more accessible and cost-effective for SMEs. Curious to learn more? 🌱 👉 Read the full article here (DE): https://lnkd.in/eGMcZxhh #renewableenergy #energyefficiency #solar #deutschermittelstand #gridmodernization

That’s how companies benefit from the solar package. 👇 Our latest blog article dives into Germany’s new solar regulation and investigates how it’s changing the renewable energy landscape for companies. What’s inside? 🧐 🔆 Key provisions of the Solar Package 1 🔆 Benefits for commercial PV systems 🔆 Simplified regulations & increased funding 🔆 Opportunities for commercial rooftop PV systems The new regulation is a game-changer for businesses looking to reduce energy costs, decrease their ecological footprint, and benefit from government subsidies. 🔋 Our highlights: 📈 Increase in remuneration for large PV rooftop systems 📊 Larger tender volumes for rooftop PV systems 🔄 Simplified system certificates and flexible direct marketing participation This is your chance to get ahead of the curve, make a positive impact on the environment and improve the sustainability of your business at the same time.💡 #solarenergy #renewableenergy #sustainability #energytransition #solarpaket

Very cringe moment to see myself on television! 📺 I was recently featured in "Klima-Update" by the German channel NTV/RTL, discussing how Germany can utilize its excess energy. [German only] Energy storage systems are crucial for driving the energy transition. With over a quarter of global greenhouse gas emissions stemming from electricity generation, it's imperative to shift towards renewable sources like solar and wind power. However, their intermittent nature poses challenges, leading to imbalances in supply and demand. This is where energy storage ⚡️💡 comes into play. These storage systems enable the capture of surplus energy from renewables, which can then be released when needed, enhancing flexibility and reliability in renewable energy utilization. They play a vital role in stabilizing the grid and advancing the transition to a sustainable energy landscape. In Germany, ambitious targets have been set to source 80% of electricity from renewables by 2030 and achieve a fully decarbonized energy system by 2035. But concerns arise regarding dependency on weather-dependent renewables like wind and solar. This is where energy storage offers a solution, reducing reliance on fossil fuels and bolstering the integration of renewables into the energy mix, thus aiding in meeting climate goals. Currently, Lithium-Ion batteries dominate the energy storage landscape, offering immediate power delivery during peak demand. However, emerging Long Duration Energy Storage #LDES technologies are gaining traction. LDES includes any storage technology that can supply energy continuously for at least 10 hours in a row at full (nominal) power, up to several days, weeks, or months. LDES balances supply and demand, reduces curtailment, and increases energy security during times of low supply. As we navigate towards a greener future, the importance of energy storage technologies cannot be overstated. They are not only pivotal for achieving climate targets but also for building a sustainable and resilient energy infrastructure. Let's continue to innovate and invest in LDES solutions to drive the transition towards a cleaner, more sustainable energy future. Clara Pfeffer Peter Schniering Leonie Brand Philipp Offenberg Alberto Toril Castro https://lnkd.in/emGU3-5Q

NEW release in our joint series with German newspaper HANDELSBLATT: "Green ideas that might change the world", this time on INNOVATIVE ENERGY STORAGE Long Duration Energy Storage and Thermal Energy Storage are key to a successful energy transition. Solar and wind energy are the cheapest and fastest-growing sources of electricity in most world regions. However, intermittent renewables fluctuate and are unavailable on demand, although supply and demand must match at all times in order to guarantee energy security. Currently, coal and gas power plants are still being used for energy flexibility. In the future, industry and households should be able to access electricity from storage systems when no renewable energy is available. The Fraunhofer Institute for Systems and Innovation Research has calculated that Germany will need storage capacity of up to 71 terawatt hours by 2045 - that would correspond to 15 percent of annual electricity consumption. Learn more about energy storage below! https://lnkd.in/dQjPg5fG or as a pdf version here: https://lnkd.in/dcF2rZPc Future Cleantech Architects has joined Handelsblatt, the largest and most-cited business and financial newspaper in the German language, to shed light on the most intensively debated cleantech innovations of the moment. Stay tuned for new releases! For more information on energy storage, see our latest factsheet on Thermal Energy Storage here: https://lnkd.in/ewdjjuiM   or on Long Duration Energy Storage here: https://lnkd.in/ditWiPRH Peter Schniering Leonie Brand Martin Schifferings Magnolia Tovar Antoine Koen Ingrid El Helou Francesca Brunner Marlène Siméon Juliane Harlfinger Christina Martelock

The demand for commercial photovoltaic (PV) installations is soaring in Germany! According to the latest analysis by CarbonFreed, over 1400 new PV systems ranging from 135 to 950 kilowatts have been registered in the Market Master Data Register in the first quarter alone, marking a significant triple increase compared to the same period last year. This surge in demand presents a tremendous opportunity for firms specializing in solar solutions in Germany to capitalize on the flourishing market. With more businesses investing in solar energy, companies like Svea Solar now have a great opportunity to expand their reach and impact! Furthermore, innovative technologies such as Carbon Freed's "gridcert," an AI-driven software streamlining the certification process for PV system operators, are poised to revolutionize the industry. By embracing such advancements, firms can enhance efficiency and deliver even more value to their clients. As the solar energy landscape evolves, companies in the solar energy sector have a pivotal role to play in driving sustainable energy adoption forward. https://lnkd.in/emW444v7

I was recently interviewed for an insightful article by Germany's publisher, Table Briefings. In this interview, we discuss Egypt's renewable energy target, how to reduce energy costs, and how to become more independent of fossil fuels. Here are insights from the article; Energy Expert Ibrahim Kshanh told Table.Briefings that Egypt's plan was consistent with ISES 2035. Their goal is to increase the share of renewable energies in the national energy mix to the said 42 percent by 2035. "The targeted 30 gigawatts will contribute significantly to this goal and may increase the share of renewable energy beyond original expectations and position Egypt as a pioneer in the MENA region," says Kshanh. Expand energy storage In addition, energy storage plays a decisive role in improving the country's energy mix. It increases the stability and reliability of the power grid. In this area, Egypt concentrates on battery systems, pumped storage power plants (PSHP) and hydrogen energy storage systems (HESS). "By 2050, PSHP is expected to contribute 3.7 percent to energy supply, while HESS will play a crucial role in balancing the grid, especially with the planned electrolyser capacity of 15 gigawatts," says Kshanh. However, the expansion of renewable energy stands and falls with the financing. Egypt has to cope with a deep economic crisis and will not be able to finance this program from its own resources. According to Kshanh, funds are therefore needed from international organizations and the private sector. Funding of international organizations Financing from development partners is already integrated into the NWFE program. In addition, Egypt has signed numerous agreements with international financiers. For Kshanh, this is evidence of the country's ability to attract foreign investment for its green initiatives. Multilateral development banks such as the World Bank, the African Development Bank and the European Bank for Reconstruction and Development (EBRD) support equally with loans, grants and echnical assistance. Further funds come from the Green Climate Fund, which is based in Songdo, South Korea, and from other mechanisms for climate financing.