Füzyon Hidrojen

Why is Fuzyon focused on the production of green hydrogen? The world is looking to decarbonise and Fuzyon is perfectly positioned to tap into the economic benefits of hydrogen production. Green hydrogen, also known as renewable hydrogen, is a clean, sustainable-energy carrier that has the potential to reshape the way we power our world. Green hydrogen is achieved when the process used to produce it does not produce any harmful greenhouse gas emissions. Green hydrogen can be extracted from water through a process called electrolysis that is powered by renewable energies such as wind or solar. Electrolysis involves using an electrical current to break down water molecules into their constituent elements: hydrogen and oxygen. Managed well, green hydrogen will play an important part in our broader clean energy future and can help us reduce our reliance on imported fuels. More information; www.fuzyonh2.com #fuzyonhydrogen #greenhydrogen #hydrogenenergy #energy #renewableenergy

Bir öğretmenin en büyük başarısı, öğrencisinin gözlerindeki ışıltıdır! ✨ Başöğretmenimiz Mustafa Kemal Atatürk’ü bu özel günde minnetle anıyor, tüm saygıdeğer öğretmenlerimizin 24 Kasım Öğretmenler Günü'nü kutluyoruz! 🙌 #fuzyonhidrojen #mustafakemalatatürk #24kasımöğretmenlergünü #öğretmenlergünü

The next step towards the net zero energy systems of tomorrow! Deploying sustainable fuels to power our energy systems is the final milestone on the journey towards decarbonisation. The deployment of renewables around the world is set to double by the end of this decade, creating the right conditions for excess clean electricity to be used for hydrogen-based, carbon-neutral fuels. Because of the intermittent nature of renewable energy sources like wind and solar power, they need to be balanced by flexible power-generation solutions. We are helping our customers in the energy sector to decarbonise by providing future-proof balancing solutions which are ready to run on sustainable fuels such as green hydrogen. More information; www.fuzyonh2.com #fuzyonhydrogen #energysystems #energy #netzero #sustainability #hydrogenenergy #carbonneutralfuels #renewableenergy

#PusulamızAtatürk 🌠 Bugün, O’nun açtığı bu yolda ilerleyerek, ülkemizin her bir ferdiyle bu mirasa sahip çıkıyoruz. Cumhuriyetimizin Kurucusu Ulu Önder Mustafa Kemal Atatürk’ü minnet ve özlemle anıyoruz. #fuzyonhidrojen #mustafakemalatatürk #10kasım

29 Ekim 1923’te ilan edilen Cumhuriyetimiz, Türk milletinin azim ve kararlılığıyla bugünlere ulaşmıştır. Bağımsızlık meşalesi, geleceğe emin adımlarla ilerlememizin temel taşıdır. Cumhuriyetimizin 101. yılı kutlu olsun, nice yüzyıllara! 🎇 #fuzyonhidrojen #cumhuriyetbayramı #cumhuriyetbayramıkutluolsun #mustafakemalatatürk #bayram #cumhuriyet #29ekimcumhuriyetbayramı 

Hitachi Energy’nin gerçekleştirdiği Energy Day 2024 etkinliğine Füzyon olarak biz de katılım sağladık. Sektörde bir araya geldiğimiz ve akıllı enerji dönüşümünü destekleyerek sıfır karbon hedeflerini değerlendirebildiğimiz keyifli bir etkinlik oldu. Enerji sektörünün gelişimine katkı sunan değerli konuşmacılara ve organizasyonda emeği geçen herkese teşekkürlerimizi sunuyoruz. 👏 #fuzyonsolar #fuzyonhidrojen #energyday2024 #enerjidönüsümü

Hitachi Energy’nin gerçekleştirdiği Energy Day 2024 etkinliğine Füzyon olarak biz de katılım sağladık. Sektörde bir araya geldiğimiz ve akıllı enerji dönüşümünü destekleyerek sıfır karbon hedeflerini değerlendirebildiğimiz keyifli bir etkinlik oldu. Enerji sektörünün gelişimine katkı sunan değerli konuşmacılara ve organizasyonda emeği geçen herkese teşekkürlerimizi sunuyoruz. 👏 #fuzyonsolar #fuzyonhidrojen #energyday2024 #enerjidönüsümü

Sustainable Energy In terms of the continuation of sustainable energy, alternative energy sources that we use other than fossil fuels are also dependent on seasonal and weather conditions. Therefore, the energy produced can change instantaneously in terms of daily and weekly production. In this case, it may cause the necessary energy demand not to be met. In this case, the energy produced when the energy demand is not intense is stored and activated when necessary. The purpose of energy storage is to minimize the difference that may arise from the proportion between energy supply and demand. In this way, the efficiency of the energy system used increases and energy savings are achieved. It also plays an important role in preventing the environmental damage caused by the fuels used for energy production. Energy storage reduces the amount of greenhouse gases emitted to the environment due to the consumption of less fossil fuels, thus providing a great support against global warming. Considering the foreign dependence of our country in terms of fossil fuels, the energy savings to be provided by energy storage will also make serious contributions to the national economy. The importance of energy storage is that energy is ready to be used whenever and wherever it is desired. Energy storage can be in various forms. Its use is determined according to the characteristics of the storages. High storage capacity, long life, cost, that is, it is important to store energy in the least volume in the most intensive way. #fuzyonhydrogen #hydrogenenergy #sustainableenergy #energy #sustainability #energystorage #energyefficiency

🚀 Füzyon Hidrojen Olarak Teknofest’te Yerimizi Aldık! 🌍 Bu yıl Teknofest 2024'te, geleceğin enerjisi olan Füzyon Hidrojen olarak, sürdürülebilir enerji çözümlerini ileriye taşıyoruz. 💪 Füzyon enerjisiyle hem çevre dostu hem de sınırsız enerjiye bir adım daha yaklaşıyoruz. Biz TEKNOFEST'le büyüdük, göklere yürüdük, heyecanın gördük, en zirvesini de, şimdi sıra sende, hayal et birlikte, geliyor işte, tam bağımsız Türkiye!🇹🇷 #fuzyonhidrojen #teknofest #sürdürülebilirlik #enerji

BMS; Key for Sustainable Energy Solutions Battery energy management and optimization is a critical process to improve the efficiency of sustainable energy systems. Storing energy from renewable sources, such as solar energy, allows it to be utilized at times of peak energy demand. In addition to reducing energy costs, effective battery management is also important for balancing energy supply and demand. Advanced energy management systems continuously monitor the condition of batteries, optimize charge and discharge cycles and direct energy flow in the most efficient way. In this way, the life of the batteries is extended while energy waste is minimized. It also provides real-time data analysis and reporting for users, helping them better understand their energy consumption habits. As a result, battery energy management and optimization is both cost-effective and contributes to environmental sustainability. Managing this process with innovative solutions is key to integrating into the energy systems of the future. #fuzyonhydrogen #hydrogen #sustainability #energy #energysolutions #energysystem #energyefficiency