Make Sustainable And Profitable Decisions In The Integrated Hydrogen Value Chain
Low Carbon Hydrogen plays an important role in the future energy system for storage and transport of energy, and for the decarbonization of hard-to-abate sectors. Through the System of Systems approach, Yokogawa optimizes the entire value chain, ensuring visibility and control and mitigating concerns on:
TRUST – The energy system is becoming increasingly diverse, with prosumers operating as separate business entities whilst also coordinating energy supply and demand. Low Carbon Hydrogen plants are part of this landscape.
Enabling data sharing between different business partners in the ecosystem and enabling interoperability is key.
ENERGY VOLATILITY – In a volatile world, energy security and cost-effectiveness are high on the agenda. Low Carbon Hydrogen interconnects intermittent renewables with continuous downstream demand. Decisions on how much and when to use cogenerations or fossil fuel sources, which usually depend on power prices and fuel prices, will now be directly affected by the predictions of weather conditions such as wind speed or solar intensity. Moreover, when to store hydrogen, use it as a feedstock, or produce electricity via fuel cells will be driven also by expected market conditions
SUSTAINABILITY - Efficient use of renewable sources is key to fulfilling the needs for sustainable energy. Providing services for grid operators (demand-side response, frequency regulation) with battery and hydrogen storage can be a real win-win for both partners.
Download the article to discover more.
Industrien
-
Wasserstoff: Netto-Null-Emissionen und Energiesicherheit schneller erreichen
Yokogawa stellt Europa auf ein neues, datengesteuertes und digitales Energiesystem um, das von erneuerbaren Energien angetrieben wird und einen effizienteren Weg zu Netto-Null-Emission und Energiesicherheit ebnet.