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SGreen 400 plus Photovoltaik auf Gründächern PV-Unterkonstruktion für Gründächer klimaneutral und klimaresilient Die Unterkonstruktion SGreen 400 plus von SINN Power verbindet Photovoltaik, Begrünung und wartungsfreundliche Zugänglichkeit in einem funktionalen Gesamtsystem. So wird aus Dachfläche ein technisch belastbarer Beitrag zu Energieerzeugung, Regenwassermanagement und langfristig nutzbarer urbaner Infrastruktur. Vorteile ansehen Angebot einholen (für komplettes Projekt oder Produkt SGreen 400 plus) Lichte Höhe von 150 mm bis 400 mm optimaler Dachabstand für intensive Begrünung PV + Gründach effiziente Doppelnutzung von Dachflächen Wartungsfreundlich ergonomische Zugänglichkeit sowie automatisiertes Mähen mit Mähroboter Projektspezifischer Neigungswinkel und Reihenabstand flexibel an Anforderungen und Standort anpassbar Eine Systemlösung für Technik, Betrieb und Dachnutzung Vorteile SGreen 400 plus wurde speziell für begrünte Dächer entwickelt. Die Konstruktion ist nicht nur Modulträger, sondern Teil eines durchdachten Dachkonzepts. Nachrüstbar auf Gründächern Nachträglich integrierbare Unterkonstruktion ohne Durchdringung der Dachhaut Innerhalb der Unterkonstruktion geführte Kabel und dadurch besserer Schutz vor Beschädigung und äußeren Einflüssen Geschützte Kabelführung Lange Lebensdauer Robuste, korrosionsbeständige Aluminiumkonstruktion für Dachlösungen in kommunalen und gewerblichen Anwendungen. Konfigurationen Flexible Systemgeometrien für unterschiedliche Dachanforderungen SGreen 400 plus kann in verschiedenen Konfigurationen umgesetzt werden. So lässt sich die Unterkonstruktion an Dachgeometrie, Pflegekonzept und projektspezifische Anforderungen anpassen. 1 2 3 Einseitige Aufständerung Für klare Dachlayouts und lineare Modulreihen mit hoher Flächeneffizienz. Symmetrische Konfiguration Für ausgewogene Systemgeometrien und eine gleichmäßige Einbindung in das Dachkonzept. Versetzte Varianten Für projektspezifische Anforderungen, komplexere Dachaufbauten und flexible Planung. Technisches Datenblatt anfordern Wo SGreen 400 plus seine Stärken besonders ausspielt Einsatzbereiche Kommunale Dachflächen mit Anforderungen an Schwammstadt und Regenrückhalt Gewerbe- und Industriedächer mit kombinierter PV- und Begrünungslösung Planungsprojekte, bei denen Wartung und Dauerhaftigkeit früh mitgedacht werden müssen Nicht einfach PV auf dem Dach, sondern eine integrierte Lösung für Energie, Begrünung und klimaresiliente Stadtentwicklung Kontakt SGreen 400 plus im Projekt prüfen Für kommunale, gewerbliche und planerisch anspruchsvolle Dachflächen. Gerne prüfen wir, wie sich Begrünung und Photovoltaik in Ihrem Projekt funktional zusammenführen lassen. Technisches Datenblatt anfordern Your next planning a project We would be happy to advise you in a personal meeting and create a tailor-made energy concept for you. Quick & uncomplicated. SINN Power GmbH Germeringer Str. 9 82131 Gauting, Germany +49 (0)89 92566192 contact@sinnpower.com First name Last name Email address Phone number Adress Subject Enter your message... Submit Ganz einfach und unverbindlich

SINN Power bietet innovative schwimmende Photovoltaiksysteme mit hoher Effizienz und modularer Bauweise für den Einsatz auf Binnengewässern und offenen Meeren. Floating PV technologies Our floating photovoltaic product family offers innovative solutions for photovoltaic systems on water surfaces, characterized by high efficiency and modular design. These systems are specifically designed to optimally utilize the advantages of waterways and offer versatile application possibilities – from inland waters to the open sea. With a focus on sustainability and performance, they open up new perspectives for renewable energies. SLake areas of application gravel pits/quarry ponds polishing ponds open-pit mining lakes reservoirs (industrial) fish ponds Advantages modular and scalable design higher efficiency due to cooling effect less evaporation of water high environmental compatibility Datenblatt Deutsch Datenblatt Englisch SLagoon areas of application harbor basin lagoons bodies of water with strongly fluctuating water levels moderate maritime environment Advantages modular and scalable design higher efficiency due to cooling effect less evaporation of water high environmental compatibility Datenblatt Deutsch Datenblatt Englisch SOcean areas of application high seas oceans supply of islands aquafarming Advantages modular and scalable design suitable for harsh, maritime environments Hybrid model possible, PV, wind and wave power Integration of a work platform (heavy duty) possible Datenblatt Deutsch Datenblatt Englisch SKipp Float areas of application quarry ponds / gravel pits harbor basin lagoons Advantages no anchoring in the lake necessary Stability through deflectable modules under wind load Snow slides off the modules high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile no sealing of the water surface (15% regulation): also suitable for smaller bodies of water Construction of up to 30% more modules compared to conventional systems Datenblatt Deutsch Datenblatt Englisch BACK TO OVERVIEW SKIPP TECHNOLOGIES COSTUMIZED PV Your next planning a project We will be happy to advise you free of charge in a personal consultation and create a tailor-made energy concept for you. Fast and 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!

Innovative Special-PV-Technologien für Ihre individuellen Anforderungen. 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. Launch Request datasheet A Platform for Energy, Infrastructure, and Maritime Applications SOcean is a modular floating platform designed for demanding maritime environments. The structure can be used as a carrier system for photovoltaic, wind, and wave energy, as well as for technical infrastructure, monitoring, aquafarming, or supply solutions. 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 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. 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 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 Floating platform for energy generation and technical infrastructure at sea. Island Power Supply Autonomous or hybrid energy supply solutions for remote locations and island regions. Aquafarming 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. 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). All about our R&D history and vision 12 x 12 m Base module 6 m Structural height 50 kWp Output 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. Aktuelles zur SOcean-Plattform Mehr Infos In parallel with the sea launch, several articles will be published providing insights into the platform’s technology, structure, and application possibilities. In parallel with the sea launch, several articles will be published providing insights into the platform’s technology, structure, and application possibilities. BACK TO OVERVIEW SKIPP TECHNOLOGIES FLOATING PVs COSTUMIZED PV Latest Updates on the SOcean Platform In parallel with the sea launch, several articles will be published providing insights into the platform’s technology, structure, and application possibilities. In parallel with the sea launch, several articles will be published providing insights into the platform’s technology, structure, and application possibilities.

Innovative Special-PV-Technologien für Ihre individuellen Anforderungen. Special PV technologies SINN Power's specialty PV technologies include customized photovoltaic solutions for specific requirements, such as use on conveyor belt systems. These innovative systems use existing structures to feed power directly into the conveyor belt without energy loss. At the same time, they offer protection from the elements, which increases the efficiency and longevity of both the technology and the goods being transported. With their focus on adaptability and sustainability, these technologies provide pioneering solutions for demanding industrial environments. Conveyor belt PV Areas of application conveyor belt structures Advantages use of the existing structure Direct feed to the conveyor belts without power losses protection of the transported goods against weather influences Datenblatt Deutsch Datenblatt Englisch Photovoltaics for floating conveyor belts Areas of application conveyor belt structures Advantages use of the existing structure Direct feed to the conveyor belts without power losses protection of the transported goods against weather influences BACK TO OVERVIEW SKIPP TECHNOLOGIES FLOATING PVs Your next planning a project We will be happy to advise you in a personal consultation free of charge and create a tailor-made energy concept for you. Fast and 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!

Entdecken Sie unsere patentierten SKipp-Technologien für maximale Energieeffizienz. SKipp technologies Our SKipp product family includes innovative solutions for tiltable photovoltaic (PV) modules that are particularly characterized by flexibility and efficiency. These systems are designed to make optimal use of different surfaces and environments, such as roof surfaces, bodies of water or other specialized locations. The SKipp family stands for reliable and efficient solutions in renewable energy generation. As a patented product, it offers unique technical features that have been specially developed for use in demanding environments: - Modular design: Flexible adaptation to different application areas and project sizes. - High efficiency: Optimized energy generation through innovative technology. - Robustness: Durable and resistant to extreme weather conditions. - Sustainable performance: maximum performance with minimal maintenance requirements. Our patent protects not only the technological design, but also the special properties that make the SKipp family a unique solution on the market. Trust in tested, future-proof technology - for a sustainable energy supply. SKipp Float Areas of application Gravel pits / quarry lakes open-pit mining lakes fish farms Port areas Lagoons Advantages no anchoring in the lake necessary Stability through deflectable modules under wind load Snow slides off the modules high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile No sealing of the water surface (15% regulation): also suitable for smaller bodies of water Construction of up to 30% more modules compared to conventional systems Datenblatt Deutsch Datenblatt Englisch Blog SKipp Agri PV Areas of application Agri-PV as a "special solar system": Construction secures the EEG technology bonus Areas whose soil zone should not be breached Advantages no piling or anchoring in the ground necessary deflectable under wind loads: high storm and snow resistance high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile Datenblatt Deutsch Datenblatt Englisch Blog SKipp Agri PV Areas of application Agri-PV as a "special solar system": Construction secures the EEG technology bonus Advantages Depending on the agricultural use, piling allows for close-to-plant management deflectable under wind loads: high storm and snow resistance high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile Datenblatt Deutsch Datenblatt Englisch Blog SKipp Land Areas of application open spaces water protection zones former landfills Advantages no surface sealing or soil penetration, no piling, deflectable under wind loads: high storm and snow resistance high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile temporary installation possible Datenblatt Deutsch Datenblatt Englisch Blog SKipp Roof Areas of application Green roofs Flat roofs (even in areas that are already greened) Advantages Construction without anchoring in the roof skin Stability through deflectable modules under wind load Snow slides off the modules high yield through bifacial modules vertical east-west orientation: grid-friendly generation profile Green roofs: Vertical structure promotes growth Retrofitting of already green roofs Blog Datenblatt Deutsch Datenblatt Englisch BACK TO OVERVIEW FLOATING PV COSTUMIZED PV Your next planning a project We would be happy to advise you in a personal meeting and create a tailor-made energy concept for you. Quick & uncomplicated. SINN Power GmbH Germeringer Str. 9 82131 Gauting, Germany +49 (0)89 92566192 contact@sinnpower.com First name Last name Email address Phone number Adress Subject Enter your message... Submit

Effiziente Energielösungen für die Immobilienbranche. Green roof power Our SKipp Roof model offers an innovative solution for solar power production on properties. Developed for all types of roofs, the system combines maximum flexibility with high efficiency and easy installation. It enables companies, property owners and project developers to transform unused roof space into sustainable energy sources - for a future with clean energy and long-term cost efficiency. SKipp Roof: The advantages at a glance Beratung & Planung Unterstützung bei der Machbarkeit und optimalen Umsetzung von PV-Projekten Technologische Innovationen Innovative PV-Technologien, Speichersysteme und Netzlösungen für maximale Wirtschaftlichkeit Finanzierungsstrategien optimieren Unterstützung bei der Finanzierung, Aufzeigen von staatlichen Förderprogrammen und gezielten Zuschüssen Langfristige Partnerschaft Begleitung von der ersten Idee bis zur laufenden Betriebsoptimierung More SKipp Roof: The advantages at a glance Transparente Kommunikation mit Behörden und Partnern erleichtert Genehmigungsprozesse und bei der Koordination aller Beteiligten. Nutzung von Machbarkeitsstudien und Ertragsanalysen , um fundierte Entscheidungen zu treffen und um Planungsfehler und Mehrkosten zu vermeiden. Technologische Innovationen wie intelligente Energiespeicher und smarte Netzintegrationssysteme nutzen, um den Ertrag zu maximieren. Skalierungspotenziale erkennen, um mit modularen Erweiterungskonzepten flexibel auf Nachfrage und Marktentwicklungen zu reagieren. Our Product Portfolio for Energy Cooperatives Agri-PV Open Space PV-System Roof PV for Green Roofs Floating PV Conveyor Belt PV All Products 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 the message... Send Thank you!

SINNPower entwickelt maßgeschneiderte Photovoltaik-Technolgien für Unternehmen und Betriebe. Deutsche Ingenieurskunst für jede Branche. Klicke, um die ein kostenloses Angebot einzuholen. Innovative technologies for a sustainable and economically successful future CONCEPT REQUEST Pioneering photovoltaic technologies and customized Complete service for your sustainable economic success. press releases and news Starting signal for Floating Solar Eching am Ammersee September 21, 2024 Bavaria's Energy Minister Hubert Aiwanger gave the official starting signal on September 21, 2024: As part of a ceremonial act, the first module block of the floating photovoltaic system was launched at the sewage treatment plant. To read Jais gravel and crushing plant Gauting, Starnberg, Gilching April 22, 2024 Revolutionary solar technology for Bavarian gravel works: The technology company SINN Power and the gravel and crushing works Jais are building the world's first floating photovoltaic system with vertical photovoltaic modules. To read The future is in the sun: Why solar energy is indispensable Gauting, Plienin February 5, 2024 SINN Power GmbH and Kieswerk Ebenhöh successfully put Bavaria's first conveyor belt photovoltaic system into operation. To read The future is in the sun: Why solar energy is indispensable In a world increasingly faced with the challenges of climate change and the energy crisis, the need for sustainable energy sources is becoming ever more pressing. Solar energy plays a key role in this. To read The future of energy in your inbox Sign up and be the first to hear about new projects, innovations and exciting developments at SINNPower Gib deine E-Mail hier ein Anmelden Danke für deine Anmeldung! Your next planning a project We would be happy to advise you in a personal meeting and create a tailor-made energy concept for you. Quick & 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 for your message!

Nachhaltige Produkte – entdecken Sie unsere innovativen Photovoltaik-Lösungen. Modular Energy - redefined Our products represent progress in the use of renewable energies. We combine technical excellence with a sustainable vision to offer individual energy solutions for a wide range of applications. Discover our product families and find your optimal solution. Patented SKipp - Technologies Floating PV - Technologies Special PV - Technologies Quality Promise Our quality promise: reliability, innovation and sustainability At Sinn Power, we set the highest standards for the quality of our products and solutions. Every technology we develop is based on precise engineering, state-of-the-art materials and extensive testing. Our goal is to offer you not only innovative solutions, but also durable, efficient and sustainable products that meet the requirements of the energy transition. We are proud to provide our customers worldwide with technologies that make a difference - reliable, environmentally friendly and tailored to your needs. Trust in quality that keeps its promises – for today, tomorrow and the future. Patented SKipp technologies Floating PV technologies special PV technologies Your next planning a project SINN Power GmbH Germeringer Str. 9 82131 Gauting, Germany +49 (0)89 92566192 We would be happy to advise you in a personal meeting and create a tailor-made energy concept for you. Quick & 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!

Projekte Projektname Dies ist eine Projektbeschreibung. Beschreibe kurz den Hintergrund deiner Arbeit. Um loszulegen, klicke auf „Text bearbeiten“ oder doppelklicke auf das Textfeld. Projektname Dies ist eine Projektbeschreibung. Hilf Besuchern mit einer kurzen Beschreibung, deine Arbeit besser zu verstehen. Klicke auf „Text bearbeiten“, um loszulegen. Projektname Dies ist eine Projektbeschreibung. Beschreibe kurz den Hintergrund deiner Arbeit. Um loszulegen, klicke auf „Text bearbeiten“ oder doppelklicke auf das Textfeld. Projektname Dies ist eine Projektbeschreibung. Doppelklicke auf das Textfeld, um es zu bearbeiten. Projektname Dies ist eine Projektbeschreibung. Beschreibe kurz den Hintergrund deiner Arbeit. Um loszulegen, klicke auf „Text bearbeiten“ oder doppelklicke auf das Textfeld. Projektname Dies ist eine Projektbeschreibung. Hilf Besuchern mit einer kurzen Beschreibung, deine Arbeit besser zu verstehen. Klicke auf „Text bearbeiten“, um loszulegen.

SINN Power Türkiye bietet maßgeschneiderte Photovoltaik-Lösungen für die Ege-Region, die deutsche Technologie mit lokalem Know-how verbinden, um nachhaltige Energieprojekte für private und gewerbliche Anwendungen zu realisieren.