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Du hast Fragen zur Finanzierung unserer Photovoltaikanlagen? Unsere FAQ-Seite bietet dir schnelle Antworten zu Finanzierungsmöglichkeiten, Förderungen und Zahlungsbedingungen. Wirtschaftlichkeit und Finanzierung Wie viel kostet eine Photovoltaik-Anlage von SINNPower? Die Kosten einer PV-Anlage hängen stark von den individuellen Rahmenbedingungen und der gewählten Technologie ab – etwa von der Anlagengröße, dem Standort, der Konstruktion (Dach-, Freiflächen- oder Floating-PV) sowie zusätzlichen Komponenten wie Wechselrichtern oder Montagesystemen. Da jedes Projekt maßgeschneidert geplant wird, erstellen wir gerne ein individuelles Angebot auf Basis Ihrer Anforderungen und Standortdaten. Unser Sales-Team berät Sie persönlich und ermittelt gemeinsam mit Ihnen die beste Lösung. Telefon: +49 89 92566192 E-Mail: sales@sinnpower.com Welche Finanzierungsmöglichkeiten gibt es? Für die Umsetzung einer PV-Anlage von SINN Power stehen verschiedene Finanzierungsmodelle zur Verfügung, die je nach Projektgröße, Standort und Unternehmensstruktur individuell kombiniert werden können: KfW-Förderkredite – Zum Beispiel das Programm KfW 270 „Erneuerbare Energien – Standard“ mit zinsgünstigen Darlehen für PV-Projekte. Leasing oder Contracting durch Dritte – Ein externer Partner übernimmt die Finanzierung und oft auch den Betrieb der Anlage, während Sie den erzeugten Strom nutzen. Eigenfinanzierung – Direkte Investition aus Eigenmitteln, bei Bedarf kombiniert mit BAFA-Zuschüssen für bestimmte Effizienz- oder Speicherlösungen. Einnahmen durch Stromvermarktung – Zusätzliche Erträge können über die EEG-Einspeisevergütung oder PPA-Modelle (Power Purchase Agreements) erzielt werden. Auf Wunsch beraten wir Sie individuell zu den passenden Förder- und Finanzierungsoptionen und begleiten den gesamten Prozess von der Planung bis zur Umsetzung. Welche Voraussetzungen müssen für die Verpachtung erfüllt sein? Für die Verpachtung einer Fläche zur Errichtung einer PV-Anlage sind einige grundlegende Voraussetzungen zu beachten: Klarer Eigentumsnachweis oder vertraglich gesichertes Nutzungsrecht. Langfristiger Nutzungsvertrag, um die Investition abzusichern. Keine Nutzungsrestriktionen wie z. B. Naturschutzauflagen oder bestehende Nutzungsverträge, die der Installation entgegenstehen. Zugang zur Fläche für Bau, Wartung und Betrieb der Anlage. Vorhandener oder herstellbarer Zugang zum Netzanschlusspunkt. Gibt es rechtliche Hürden bei der Errichtung der PV-Anlage? Ja, abhängig von Bundesland, Standort und Anlagentyp können verschiedene Genehmigungen und Auflagen erforderlich sein: Genehmigungspflicht: Je nach Größe, Anlagentyp und Landesbauordnung ist eine Baugenehmigung oder Anzeige erforderlich. Netzanschlusszusage: Vor Baubeginn muss der Netzbetreiber den Anschluss bestätigen. Wasserrecht (bei Floating-PV): Erforderlich für Installation auf Gewässern, teils mit zusätzlicher Planfeststellung bei öffentlichen Gewässern. Wie funktioniert die steuerliche Abschreibung einer PV-Anlage? Für Photovoltaikanlagen stehen in Deutschland aktuell zwei Abschreibungsmethoden zur Verfügung: Lineare Abschreibung (AfA): Gleichmäßige Abschreibung über die Nutzungsdauer, in der Regel 20 Jahre. Degressive Abschreibung: Höhere Abschreibung in den ersten Jahren, derzeit mit bis zu 20–25 % pro Jahr vom Restwert möglich. Betreiber, die Strom verkaufen, sind in der Regel gewerbesteuerpflichtig. Zudem ist bei Netzeinspeisung eine Umsatzsteuer-Identifikationsnummer (USt-ID) erforderlich. Welche Methode wirtschaftlich am sinnvollsten ist, hängt von der Finanzplanung, der Unternehmensstruktur und möglichen steuerlichen Sonderregelungen ab. Ein Steuerberater kann hier die individuell optimale Strategie festlegen. ALLE FRAGEN

Portfolioentwicklung leicht gemacht – wir begleiten Sie bei jedem Schritt. Portfolio development - innovation for a sustainable future. Our portfolio is the key to a clean and sustainable energy future. At SINN Power, we are continuously developing innovative projects that rely on the latest technologies and meet the highest efficiency standards. Our focus in portfolio development Your suitable energy solution From floating photovoltaic systems to smart PV solutions, storage for green roofs Leasing models We lease land on attractive terms. General contractor Buy an entire turnkey project from us. Investment company Together with you, we implement your individual projects Asset management maintenance and operation of the system(s) Electricity- management We take care of electricity marketing for you. Evaluation by experts Precise analysis and development of your renewable energy projects. Individual concepts Tailor-made solutions for every real estate portfolio Our goal: To revolutionize the energy supply of the future and leave a positive ecological and economic footprint. New business models Benefits for Investors Higher ESG rating Through your investments, you contribute to improving your ESG rating, which strengthens both your reputation and your competitiveness. Engagement Your participation shows your interest in the economic success of SINN Power GmbH and underlines your commitment to sustainable business practices. Additional revenue You will not only receive the full feed-in tariff, but also a proportional distribution of the added value generated. Guaranteed basic salary Prioritizing profit sharing within the GmbH ensures a stable basic salary. Good return In the long term, you benefit from high feed-in yields and additional profit sharing. Creation of reserves Provisions are made to efficiently cushion unplanned expenses. BACK TO OVERVIEW ABOUT THE LEASE MODELS

Erfolgreiche Projekte – werfen Sie einen Blick auf unsere Referenzen und Fallstudien. Our projects: Where pioneering technologies become a sustainable energy supply Learn more about our projects (selection)! 1/5 Floating PV (SKipp Float), gravel pond Location: Bavaria, Germany Installed capacity: 1.8 MWp Size: 13,000 m2 Number of PV modules: 2500 1/6 Floating PV ( SLake), sewage treatment plant Location: Bavaria, Germany Installed capacity: 500 kWp Number of module blocks: 42 Number of PV modules per block: 16 1/2 Floating conveyor belt PV Location: Baden-Württemberg, Germany Installed capacity: 260 kWp Conveyor belt length: 400 m Number of installed PV modules: 420 1/8 Floating PV Location: Heraklion, Crete Research project: hybrid, floating platform 1/3 Rooftop PV, logistics hall Location: Baden-Württemberg, Germany Installed capacity: 1 MWp Size: 9000 m2 Number of PV modules: 2300 SKipp Roof SKipp Roof: Vertikal aufgeständerte Dach Photovoltaikanlage. Die Module lenken unter Windlasten aus und müssen nicht in der Dachhaut verankert werden. SKipp Roof SKipp Roof: Vertikal aufgeständerte Dach Photovoltaikanlage. Die Module lenken unter Windlasten aus und müssen nicht in der Dachhaut verankert werden. 1/5 Rooftop PV (SKipp Roof), logistics hall Location: Baden-Württemberg, Germany Installed capacity: 42 kWp Number of PV modules: 94 1/3 Rooftop PV, logistics hall Location: Baden-Württemberg, Germany Installed capacity: 1.2 MWp Size: 9000 m2 Number of PV modules: 2900 1/4 Rooftop PV, golf club Location Bavaria, Germany Installed capacity: 460 kWp 1/3 Floating PV (SKipp Float), gravel plant Location: Baden-Württemberg Germany Installed capacity: 11 kWp Number of FPV modules: 15 1/3 Agri-PV (SKipp Agri) Location: Bavaria, Germany Installed capacity: 11 kWp Number of PV modules: 15 1/5 Conveyor Belt PV & SKipp Land Location: Brandenburg, Germany Installed capacity: 44 kWp Conveyor belt length: 42 m Number of modules: 60 1/1 On-roof PV (SKipp Roof + Roof PV), Data Center Location: Bavaria, Germany Installed capacity: 400 kWp Aufdach-Photovoltaikanlage Aufdach Photovoltaik Verschiedene Photovoltaikanlagen: Volleinspeisung und Eigenverbrauch; Power-Purchase-Agreement Aufdach Photovoltaikanlage Verschiedene Photovoltaikanlagen: Volleinspeisung und Eigenverbrauch; Power-Purchase-Agreement Aufdach-Photovoltaikanlage 1/3 Rooftop PV, commercial Location: Hesse, Germany Installed capacity: 820 kWp 1/6 Conveyor belt PV, gravel plant Location: Bavaria, Germany Installed capacity: 850 kWp Length of conveyor belt: 1000 m Number of PV modules: 1760 1/5 Rooftop PV, municipal building Location: Bavaria, Germany Installed capacity: 100 kWp 1/3 Rooftop PV, commercial Location: Baden-Württemberg, Germany Installed capacity: 205 kWp 1/1 Rooftop PV, warehouse Location: Bavaria, Germany Installed capacity: 110 kWp 1/3 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 300 kWp 1/2 Rooftop PV, municipal building Location: Bavaria, Germany Installed capacity: 7 kWp 1/1 Rooftop PV Location: Bavaria, Germany Installed capacity: 100 kWp 1/3 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 100 kWp 1/3 Rooftop PV, residential Location: Bodrum, Türkiye Installed capacity: 22 kWp plus 20 kWh battery 1/1 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 18 kWp 1/1 Rooftop PV, municipal water supplier Location: Bavaria, Germany Installed capacity: 99 kWp plus 20 kWh storage 1/2 Rooftop PV, residential Location: Crete, Greece Installed capacity: 5 kWp Annual yield: 8,742 kWh 1/1 Rooftop PV, residential Location: Greece Installed capacity: 4 kWp 1/4 Rooftop PV, high school Location: Bavaria, Germany Installed capacity: 40 kWp 1/3 Rooftop PV + SKipp Roof, commercial Location: Bavaria, Germany Installed capacity: 11.5 kWp 1/1 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 6 kWp 1/3 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 34 kWp 1/3 Rooftop PV, community center Location: Bavaria, Germany Installed capacity: 18 kWp 1/3 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 100 kWp 1/2 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 17 kWp 1/3 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 32 kWp 1/3 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 12 kWp 1/2 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 100 kWp 1/3 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 24 kWp 1/2 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 14 kWp 1/2 Rooftop PV, commercial Location: Bavaria, Germany Installed capacity: 45 kWp 1/2 Rooftop PV, residential Location: Bavaria, Germany Installed capacity: 20 kWp 1/1 Rooftop PV, residential Location: Greece Installed capacity: 5 kWp One step closer to your dream project. contact

Innovative Photovoltaik- Lösungen für die gesteinsabbauende Industrie – effizient und nachhaltig. From Raw Material to Energy Treasure Traditional rock mining and renewable energies can be ideally combined: Our photovoltaic solutions, specially developed for your industry, are among the most economical and cost-effective on the market. Developed by a team of experts for the rock mining industry, we offer you three particularly lucrative and quickly implementable options: 1. Conveyor belt photovoltaics for your infrastructure 2. SKipp Float, the floating photovoltaic system 3. SKipp Land for your free areas 4. Rooftop photovoltaics for your unused roofs 1. Conveyor belt PV The advantages at a glance process-free and immediately implementable extremely high economic efficiency Installation directly on the existing conveyor belt structure Download information sheets here: Förderband-PV 2. SKipp Float The advantages at a glance also suitable for smaller water surfaces, as the 15% rule does not apply here up to 20% higher electricity yield compared to south-facing systems the vertical east-west orientation brings more remuneration through higher feed-in tariffs Download information sheets here: SKipp Float 3. SKipp Land The advantages at a glance no piling necessary: temporary use possible, flexible relocation (also with piling if required) cheapest & most economical solution on the market Download information sheets here: SKipp Land Handbook on photovoltaic systems in the stone and earth industry Brief summary: As part of the energy transition, Germany aims to achieve climate neutrality by 2045. A key component in reaching this goal is the expansion of photovoltaic (PV) systems, which requires the use of previously untapped land potentials to ensure an environmentally and socially sustainable transition. The German stone and earth industry includes around 3,400 companies and produces approximately 560 million tons of primary raw materials annually, such as sand, gravel, and crushed natural stone. Many of these sites offer areas like slopes, conveyor belts, facility roofs, stockpiles, and quarry lakes that are suitable for ground-mounted, floating, or special PV systems. Beyond contributing to climate protection, PV expansion also offers operational benefits. Extraction companies can use their own sites to generate part of their electricity demand. When designing a PV system, company-specific consumption data is used to ensure the system is optimally sized. Typically, PV systems pay for themselves within four to eight years and can lead to significant long-term savings in energy costs. Click here for the manual: BACK TO OVERVIEW Plan your next project with SINN Power! We will be happy to advise you in a personal consultation free of charge and create a tailor-made energy concept for you. Fast & uncomplicated. SINN Power GmbH Germeringer Str. 9 82131 Gauting, Germany +49 (0)89 92566192 contact@sinnpower.com Name Surname Email-address Telephone address Subject Write a message... Send Thank you!

Erneuerbare Energien & innovative Technologie in Griechenland: SINNPower entwickelt nachhaltige Lösungen für die Zukunft der Energiegewinnung. Erfahre mehr über unsere Projekte & Vision im Mittelmeerraum! SINNPower Hellas Innovative solar technology for a resilient and competitive energy supply in Greece Our Vision SINNPower Hellas is the Greek subsidiary of SINNPower, one of the world's leading companies in the field of renewable energy, driving Greece's energy transition and sustainable technologies in the Mediterranean region. Innovative Projects in Greece Conveyor Belt PV Floating PV Green Roof PV Key Focus Areas of Our Projects As part of SINNPower, we are involved in various projects for sustainable energy generation. Our solutions are designed to meet the energy needs of coastal regions and islands that have previously been heavily reliant on fossil fuels. 01 Development of innovative PV technologies for solar energy 02 Support for local businesses and communities in transitioning to renewable energy 03 Collaboration with research institutions to advance sustainable technologies Why Greece? Greece is ideal for renewable energy: With over 250 sunny days per year, strong coastal winds, and an expansive maritime landscape, the country offers perfect conditions for sustainable energy projects. SINNPower Hellas leverages this potential to establish Greece as a leader in renewable energy in the Mediterranean region. Read More

Entdecken Sie unsere aktuellen Stellenangebote und bewerben Sie sich noch heute! Career with meaning VACANCIES APPLICATION Vacant jobs at SINNPower Permanent position Electrician / Electronics Technician for Photovoltaic Systems permanent position (m/f/d) Full-time - Gauting Unsolicited Application permanent position (m/f/d) Full-time - Gauting Internship AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting AI Business Development Internship/Working Student (m/f/d) Full-time - Gauting BACK TO CAREER

Unsere Pachtmodelle – wirtschaftliche und nachhaltige Lösungen für Ihre Energieprojekte. Energy rethought: Simply lease Reduce your energy costs and increase your revenue at the same time. With our flexible leasing models, you benefit from state-of-the-art technologies that meet your individual requirements. consultation With our leasing models, we offer an innovative way to use unused areas profitably and sustainably. From an area of 1000 m² hectares, we take over the planning, construction and operation of modern energy solutions - without any effort or cost for you. Our models are designed to create an additional source of income for you without increasing your tax burden: thanks to our optimized contract design, additional trade taxes can be avoided. Rely on a partnership that guarantees you economic security and a contribution to the energy transition. Three steps to your leasehold rental! Here's how it works: 1. Inspection of the area We examine the conditions of your area for feasibility and energy potential. We ensure that all technical and legal requirements are met. 2. Planning and construction of the plant From the first sketch to the installation: We develop a tailor-made energy solution and take care of the entire planning and implementation of the system. 3. Operation of the system Our experts take care of the maintenance and smooth operation of the system. You benefit from clean energy without having to worry about the details. Your benefits at a glance 1. Additional source of income By leasing your space, you secure regular, predictable income – without additional investments or ongoing costs. 2. No investment costs for you You do not need to invest in planning or building the system. We assume all costs and risks for construction and operation. 3. Optimal use of space A wide variety of areas – from industrial sites to unused land – are used efficiently and profitably. 4. Long-term planning security Our transparent and fair lease agreements offer you complete planning security over the entire term. 5. No maintenance or responsibility We take care of the smooth operation of the plant, official matters, network operators, permits. 6. Sustainability and image gain With a sustainable energy solution on your premises, you are making an important contribution to the energy transition and strengthening your image as an environmentally conscious company. Attractive commission models for agents As an agent, you can benefit from our particularly attractive commission models. Through your recommendation, you give companies access to sustainable energy solutions and at the same time secure attractive commissions - transparent, fair and based on partnership. Interested? Contact us and find out more about your options as a SINNPower partner. Contact us now. BACK TO OVERVIEW PORTFOLIO DEVELOPMENT

Unsere Gründungsgeschichte – von der Vision zur Realität. How it all began: The vision that drives us. Dr. Ing. Philipp Sinn is the visionary founder and managing director of SINNPower, a general contractor that develops innovative technologies for the use of renewable energies and combines German precision with future-oriented thinking. With his in-depth technical know-how and a clear focus on sustainability, he has turned his company into an international player that combines economic efficiency and ecological responsibility. Under his leadership, groundbreaking technologies "Made in Germany" are created that set new standards in the energy industry worldwide. Philipp Sinn embodies the vision of a future in which innovation and sustainability go hand in hand. Dr. Ing. Philipp Sinn is the visionary founder and managing director of SINNPower, a general contractor that develops innovative technologies for the use of renewable energies and combines German precision with future-oriented thinking. With his in-depth technical know-how and a clear focus on sustainability, he has turned his company into an international player that combines economic efficiency and ecological responsibility. Under his leadership, groundbreaking technologies "Made in Germany" are created that set new standards in the energy industry worldwide. Philipp Sinn embodies the vision of a future in which innovation and sustainability go hand in hand. Made in Germany Renewable Energy Floating PV Wave Technology UNSERE REISE How it all began: The vision that drives us. 2015 first wave channel test Florence, Italy Made in Germany 2016 1:1 scale prototype Iraklio, GRC 2016 1:1 scale prototype Iraklio, GRC 2017 Funded by the Federal Ministry for Economic Affairs and Climate Protection Powertrain 3.0 Gauting, DEU founding of SINNPower GmbH Gauting, Germany 2015 first wave channel test Florence, Italy 2016 1:1 scale prototype Iraklio, GRC 2017 Funded by the Federal Ministry for Economic Affairs and Climate Protection Powertrain 3.0 Gauting, DEU 2018 Schweizer Kapital AG financing round 4.7M Euro Munich, DEU Prototype 2.0 Iraklio, GRC 2019 Supplying the small wind industry with power electronics Gauting, DEU prototype 2.5 and 3.0 Iraklio, GRC 2020 Ocean I Start of system testing in Heraklion, GRC 2022 market launch of the SLake 2023 market launch of the SKipp product family Construction of the first conveyor belt PV roofing 2024 10 years of SINNPower Minister Aiwanger gives the starting signal for the first floating PV on a sewage pond, DEU 1.8 M4p Floating PV for a gravel plant Gilching, DEU 2022 market launch of the SLake "I realized early on how crucial renewable energies are for our future. With SINNPower, I wanted to create a platform that combines innovation and sustainability – with solutions that are not only technically advanced but also globally accessible. My vision is a world in which renewable energy can be used everywhere, regardless of geographical or economic barriers. I am driven to develop technologies that have the potential to revolutionize energy supply. My greatest focus is on giving our customers the opportunity to become independent of fossil fuels or centralized energy systems. As a technology company based in Germany, SINNPower combines German engineering with global responsibility. For me, SINNPower is more than a company - it is my personal contribution to a better, more environmentally friendly world." Dr. Ing. Philipp Sinn VISION

Wirtschaftliche Technologien für die Wasser- und Abwasserwirtschaft – effizient und innovativ. Sustainable energy for the water industry The energy transition does not stop at sensitive areas such as sewage treatment plants and water protection zones. Until now, photovoltaic systems were hardly feasible in these areas, especially in areas around pumping stations, for reasons of drinking water protection. Thanks to our innovative SKipp technology, we can now offer you tailor-made solutions that meet the strict requirements in water protection zones II and III and at the same time generate renewable energy. In addition, our floating PV system SLake offers an effective way to efficiently use water surfaces at sewage treatment plants. This conserves valuable land resources and enables sensible dual use through sustainable electricity production. In view of the EU's new municipal wastewater directive, which stipulates mandatory energy neutrality, our systems are the ideal solution for future-oriented and environmentally conscious energy supply. SLake: The advantages at a glance Modular and scalable design: We can design the system in such a way that the individual module blocks can be moved on the pond for professional pond de-silting. Less water evaporation: The partially covered water surface is exposed to less sunlight, which means the water heats up less. Creation of new habitats: The floating elements provide protection and breeding areas for water birds. Higher efficiency: Due to the cooling effect of the water, the PV modules achieve a higher yield compared to land-based PV systems. Download information sheets here: SLake The use of existing water surfaces at sewage treatment plants conserves valuable land resources and enables sensible dual use with additional power generation. Especially in view of the municipal wastewater directive recently adopted by the EU Parliament - with requirements for mandatory energy neutrality - the floating PV system SLake is a sensible solution. Approval procedure : Our technology has been proven to be approvable, so that purification ponds and treatment ponds can be fully used for the operation of floating photovoltaic systems - regardless of the otherwise usual requirements for artificial bodies of water under the Water Resources Act. Focus on nature conservation: Breeding platforms with access aids can be installed on each of the module blocks so that water birds can nest there and find protection from predators. The distance between the platform and the water surface is at least 50 cm so that water birds can swim under the facility. The entire facility was designed with environmental and nature conservation aspects in mind (e.g. use of drinking water-friendly materials). Pilot plant on the polishing ponds of the Ammersee sewage treatment plant in Eching: This is where the world's first floating photovoltaic system on polishing ponds is being built. Bavaria's Energy Minister Hubert Aiwanger gave the starting signal for this lighthouse project as part of the Bavarian Energy Days 2024 and launched the first of around 50 module blocks. SINN Power accompanied the project throughout the planning and approval phase and is also responsible for all procurement issues as well as the construction and grid connection. As a technology and general contractor, we also create holistic energy concepts for your company. We can draw on an extensive product portfolio of various photovoltaic applications SKipp Land: The advantages at a glance No piling required: Because the modules can be deflected under wind loads, anchoring in the ground and thus penetrating the ground zone is not necessary. The integrated reset weight ensures that the modules cannot tip over. Drinking water protection: By using only drinking water-friendly materials, we prevent harmful substances from penetrating the soil. Supply of pumping systems: The operation of pumps can be adapted to the hours of sunshine so that a high degree of self-sufficiency can be achieved. High power yield: Our long-term measurements show that vertically positioned PV modules achieve a higher yield than conventional south-facing systems. Download information sheets here: SKipp Land BACK TO OVERVIEW Plan your next project with SINN Power! We will be happy to advise you in a personal consultation free of charge and create a tailor-made energy concept for you. Fast & uncomplicated. SINN Power GmbH Germeringer Str. 9 82131 Gauting, Germany +49 (0)89 92566192 contact@sinnpower.com Name Surname Email address Telephone Address Subject Wrtie a message... Send Thank you!

Die FAQ-Seite zu produktspezifischen Fragen bei SINNPower bietet detaillierte Antworten zu unseren Photovoltaik-Lösungen, einschließlich Aufdach-PV, Freiflächen- und Agri-PV, Förderband-PV-Systemen, mobilen und flexiblen PV-Systemen sowie schwimmenden Photovoltaikanlagen. Produktspezifische Fragen SKipp-Module Schwimmende PV-Module Spezial PV-Module Was ist das SKipp Modul? Das SKipp Modul ist ein modulares Plattformsystem von SINN Power zur nachhaltigen Energieerzeugung, das flexibel an Land, auf Dächern oder auf dem Wasser eingesetzt werden kann. Es bildet die technologische Basis für verschiedene unserer PV-Lösungen – von landgestützten SKipp-Anwendungen über SKipp Agri im Landwirtschaftsbereich bis hin zu schwimmenden Anlagen wie SKipp Float. Dank des modularen Designs kann jedes SKipp-System an die spezifischen Standortbedingungen angepasst werden – etwa in Bezug auf Tragstruktur, Wind- und Schneelasten oder Montagesystem. Damit ist es eine flexible Lösung für unterschiedlichste Energieprojekte in Industrie, Landwirtschaft und Infrastruktur. Für welche Standorte und Anwendungen sind die SKipp-Module besonders geeignet? Die SKipp-Plattform von SINN Power steht für modulare, robuste PV-Lösungen, die an unterschiedliche Einsatzbedingungen angepasst werden können. Je nach Anforderung gibt es vier spezialisierte Varianten: Skipp Float Für: Energieerzeugung auf Wasserflächen – z. B. in Häfen, auf Baggerseen, Rückhaltebecken oder in Küstenzonen. Merkmale: Schwimmendes System aus salzwasserresistenten Materialien Stabil bei Wellen, Strömung und Wind Optimal für Hafenstrom, maritime Infrastrukturen und Küstenstandorte Kombinierbar mit Speicherlösungen und Netzanschluss SKipp Agri Für: Landwirtschaftliche Flächen, bei denen Energieerzeugung und Bewirtschaftung kombiniert werden sollen (Agri-PV). Merkmale: Lichtdurchlässiges Layout für Pflanzenwachstum Hohe Durchfahrtshöhen für Landmaschinen Kein Fundament erforderlich – bodenschonend und rückbaubar Ideal für Weiden, Felder, Agroforstsysteme SKipp Land Für: Bodenmontierte Anwendungen außerhalb landwirtschaftlicher Nutzung – z. B. auf Industriearealen, Konversionsflächen oder Brachflächen. Merkmale: Robuste, freistehende Struktur mit ballastierter oder minimal verankerter Gründung Keine Fundamentierung notwendig Für temporäre oder semi-permanente Einsätze geeignet Ideal für Betriebsgelände, Kläranlagen, Sonderflächen SKipp Roof Für: Flachdächer, die für herkömmliche PV-Lösungen statisch oder technisch ungeeignet sind. Merkmale: Leichtbauweise mit geringem Ballastbedarf Dachdurchdringungsfrei – auch bei sensibler Abdichtung einsetzbar Schnelle Montage, auch bei Teilbelegung möglich Geeignet für Gewerbe- und Industriegebäude mit PV-Nachrüstbedarf Welche Vorteile bieten die SKipp-Module? Die SKipp-Module von SINN Power bieten eine innovative Lösung für die dezentrale, nachhaltige Energieerzeugung an Orten, die mit klassischen PV-Systemen schwer zugänglich oder wirtschaftlich unrentabel sind. Die wichtigsten Vorteile auf einen Blick: Vielseitig einsetzbar Modular & skalierbar Fundamentfrei & rückbaubar Robuste Bauweise Nachhaltig durchdacht Wie funktionieren die SKipp-Module von SINN Power? Die SKipp-Module von SINN Power sind innovative Photovoltaik-Module, die speziell entwickelt wurden, um eine effiziente und unabhängige Energiegewinnung zu ermöglichen. Diese revolutionäre Technologie nutzt PV-Modulen und ergänzt sie durch eine stabile Plattform, die sowohl auf dem Wasser als auch an Land installiert werden kann. Die SKipp-Module sind zudem besonders robust und wartungsfreundlich, wodurch die Verfügbarkeit und Leistung der gesamten Photovoltaikanlage maximiert wird. Dank dieser Technologie wird es möglich, erneuerbare Energien effizienter zu nutzen und die Abhängigkeit von fossilen Brennstoffen weiter zu reduzieren. Wie wetterbeständig sind die SKipp-Module von SINN Power? Die SKipp-Module von SINN Power sind äußerst wetterbeständig und für den Einsatz unter extremen Wetterbedingungen optimiert. Unsere revolutionäre Photovoltaik-Technologie aus Bayern wurde entwickelt, um sowohl den härtesten Umweltbedingungen als auch langfristiger Abnutzung standzuhalten. ALLE FRAGEN

Innovative Special-PV-Technologien für Ihre individuellen Anforderungen. Official Commissioning of the SOcean Platform on 6 November 2026 at the Port of Heraklion! For more than ten years, we have been working towards our vision – developing, testing, adapting, and rethinking our ideas along the way. Now, the moment has finally arrived: Our SOcean platform is out at sea, and we would be delighted to celebrate its official commissioning together with you. The RES Project Greece is supported by the German Federal Ministry for Economic Affairs and Energy as part of the Renewable Energy Solutions Programme of the German Energy Solutions Initiative. German Energy Solutions Initiative German Energy Agency (dena) Renewable Energy Solutions Programme (RES Programme) The German Energy Agency (dena) is a centre of excellence for the applied energy transition and climate protection. dena studies the challenges of building a climate-neutral society and supports the German government in achieving its energy and climate policy objectives. Since its foundation in 2000, dena has worked to develop and implement solutions and bring together national and international partners from politics, industry, the scientific community and all parts of society. dena is a project enterprise and a public company owned by the German federal government. dena’s shareholder is the Federal Republic of Germany. With the aim of positioning German technologies and know-how worldwide, the German Energy Solutions Initiative of the Federal Ministry for Economic Affairs and Energy (BMWE) supports suppliers of climate-friendly energy solutions in opening up foreign markets. The focus lies on renewable energies, energy effi-ciency, smart grids and storage, as well as technologies such as power-to-gas and fuel cells. Aimed in particular at small and medium-sized enterprises, the German Energy Solutions Initiative supports partic-ipants through measures to prepare market entry as well as to prospect, develop and secure new markets. With the RES Programme, the German Energy Solutions Initiative of the Federal Ministry for Economic Af-fairs and Energy (BMWE) helps German companies in the renewable energy and energy efficiency sectors enter new markets. Within the framework of the programme, reference plants are installed and marketed with the support of the German Energy Agency (dena). Information and training activities help ensure a sustainable market entry and demonstrate the quality of climate-friendly technologies made in Germany. SOcean Goes into the Water On May 19, the long-term test of SINN Power’s SOcean platform will begin in Heraklion, Greece. Following an initial floating test, the complete system will be tested under real offshore conditions for the first time. The project is funded by the German Federal Ministry for Economic Affairs and Energy under the 7th Energy Research Programme. Video SOcean Technical overview A Platform for Energy, Infrastructure, and Maritime Applications With SOcean, SINN Power is developing a modular floating offshore platform that combines renewable energy generation and maritime infrastructure in a scalable system. The platform can integrate solar, wind, and wave energy, while also serving as a support system for monitoring, aquafarming, technical installations, or supply solutions - robust, flexible, and designed for demanding conditions at sea. All about our R&D history and vision Designed Modular. Built for Offshore. The system is based on a scalable platform module. Depending on project requirements, SOcean can be equipped with wave energy, photovoltaics, small wind turbines, working areas (for heavy loads) or additional technical components. Thanks to its modular design, the platform is suitable for both pilot projects and larger arrays as well as project-specific special applications. Read more about SOcean technology The Technology The system is based on a scalable platform module. Depending on project requirements, SOcean can be equipped with photovoltaic systems, small wind turbines, wave energy converters, work decks, or additional technical components. Thanks to its modular design, the platform is suitable for both pilot projects and larger arrays, as well as project‑specific special applications. Request datasheet Hybrid Energy & Infrastructure Integration SOcean enables the integration of hybrid energy and infrastructure systems within a modular offshore platform. Up to 40 kWp photovoltaic capacity per platform unit Multi-source energy through integration of small wind turbines and wave energy systems DC / hybrid system architecture Energy storage, monitoring, and communication systems Offshore infrastructure and utility units Applications: island power supply, aquafarming, and autonomous offshore systems Offshore Deployment & R&D Containerized offshore platform with standardized transport, assembly, and maintenance processes for scalable deployment concepts. ISO container-compatible components Standardized installation processes Scalable installation and maintenance Long-term testing in Heraklion within the framework of the 7th Energy Research Program Focus: structural validation, offshore performance, and system integration under real-world conditions Offshore deployment under real operating conditions Offshore Structural System Scalable multi-module arrays Standard module: 12 × 12 × 6 m Designed for wave heights up to approx. 20 m Seawater-resistant aluminum structure Diagonally braced load-bearing system Corrosion-resistant offshore design Segmented buoyancy system Offshore-optimized structural geometry Heavy-duty configurations possible Modular offshore frame structure made of seawater-resistant aluminum components with a diagonally braced load-bearing architecture designed to withstand dynamic wind, wave, and operational loads. Benefits SOcean was specifically developed for real maritime operating conditions. The focus is on scalability, transportability, structural robustness and flexible usage options. Modular and Scalable Individual platform modules can be combined to meet project-specific requirements and expanded into larger units. Designed for Harsh Conditions The platform is engineered for demanding maritime environments and designed to withstand high loads. Hybrid Use Photovoltaic, wind, and wave energy can be combined depending on location and project needs. Transportable The modular design supports transport, installation, and maintenance using standardized processes. Infrastructure Platform SOcean can also serve as a work, monitoring, supply, or aquafarming platform. Fields of Application Open Sea and Offshore Island Power Supply Aquafarming Floating platform for energy generation and technical infrastructure at sea. Autonomous or hybrid energy supply solutions for remote locations and island regions. Carrier system for energy, monitoring, and infrastructure in maritime production environments. Heavy-duty applications Walkable working platform for project-specific loads, technical installations, and maritime infrastructure. All about our R&D history and vision From Prototype to Sea Launch 2014: Funding through EXIST Research Transfer The technological development of the “SINN Power Wave Technology” was already supported before the founding of SINN Power GmbH through the EXIST Research Transfer program. 2014: Founding of SINN Power SINN Power GmbH was founded in 2014 based on the doctoral dissertation and the patented inventions of Dr. Philipp Sinn. 2014: Development of the Linear Generator In cooperation with the CUTEC Institute, SINN Power began revising and further developing the linear generator for the wave power plant modules. 2014: Participation in the 6th Energy Research Programme The development of the wave power plant modules was funded under the 6th Energy Research Programme of the German Federal Government (6th EFP). 12 x 12 m base module 6 m structure height 50 kWp power per platform module 20 m maximum wave height From Prototype to Sea Launch Scientific origin Dissertation & research foundation The technological foundation of today’s SOcean platform originated from the doctoral dissertation of Dr.-Ing. Philipp Sinn. The focus was on wave energy, wave dynamics, load behavior, and the development of robust, modular maritime energy systems. 6th EFP Harbor modules & platform architecture Within the 6th EFP, the research was transferred into an application-oriented system. Modular harbor and platform modules were developed with a focus on transportability, assembly, scalability, and suitability for real maritime operating conditions. 6th Energy Research Programme Harbor modules & platform architecture During the 6th Energy Research Programme, the research was transferred into an application-oriented system. Modular harbor and platform modules were developed, designed to be transportable, easy to assemble, scalable, and suitable for real maritime operating conditions. Floating test as part of the 7th Energy Research Programme Floating test of the PV platform The floating test validated the platform for the first time as a real, integrated system with photovoltaics. Tested aspects included buoyancy, load-bearing structure, PV integration, installation handling, and the platform’s behavior in the water. 7th EFP · Current phase Long-term testing & hybrid SOcean platform In the current 7th Energy Research Programme, the platform is installed at a fixed position and further tested in long-term operation. At the same time, it is being advanced into a hybrid SOcean platform integrating photovoltaics, wave energy, and maritime infrastructure. BACK TO OVERVIEW SKIPP TECHNOLOGIES FLOATING PVs COSTUMIZED PV