Mitsubishi Power’s Post

The future

Why is #MitsubishiPower’s technology so reliable? With 50 years' experience in hydrogen #innovation and development, building on our 100-year heritage, we #validate next-generation solutions years into the future, so that technologies are ready for commercial deployment when the #market demands.  Over the last ten years, we have been demonstrating #hydrogen technologies to ensure they are ready for large scale deployment. We are the only gas turbine technology provider to validate a 30% hydrogen blend in large frame gas turbines at a grid connected facility with #hydrogen produced and stored on the same site.  The testing of our products at Takasago Hydrogen Park means that our proven technology delivers every time for our customers and are 100% reliable.  And that is our commitment - we to bring to market #InnovationThatDelivers Read more about our world leading gas turbine technologies here  https://lnkd.in/ghS9kky #innovationthatdelivers #movetheworldforward #mitsubishipower #changeinpower #decarbonization #innovation #cleanenergy #hydrogen

As the hydrogen landscape continues to evolve, what were the primary changes and trends to emerge across European hydrogen markets over the third quarter? Access the ICIS Q3 Hydrogen market report to gain clarity on key policy, regulatory, infrastructure and market developments. Utilising ICIS hydrogen pricing data, this report provides an essential snapshot of how power, gas and ammonia market prices have impacted hydrogen production costs. Download today: http://spkl.io/60414U5pJ #Hydrogen #Energy #Markets

Over capacity demonstrating that price per kW/h is dispositive (at least in South Korea). “However, South Korea is building small-scale power plants using the technology, with the first auctions specifically for power generated by clean hydrogen — ie, produced with less than 4kg of CO2 per kg of H2 — to be held this year and next.” #hydrogeneconomy #renewableenergy #electrolysis

Korea launches world’s first clean hydrogen power bidding market The clean hydrogen power bidding market is a market for supplying and buying electricity produced by harnessing clean hydrogen. Participants are allowed to harness power generators using only hydrogen that fulfills the domestic clean hydrogen certification standards (GHG of 4㎏CO2e or less per 1kg of hydrogen). This year’s annual bidding volume is 6,500 GWh with a contract period of 15 years. Commercial operation must begin by 2028, following three years of preparation period plus one year of grace period. https://lnkd.in/d4czKq-k 

Establishing hydrogen-fired gas turbine technology is a critical part of advancing the energy transition. Learn more about the successful demonstration at Takasago Hydrogen Park and how hydrogen fuel blending can help achieve decarbonization. #MitsubishiPower #Hydrogen #GasTurbine #PowerGeneration #EnergyTransition

A major step forward in the transition to #cleanhydrogen as a viable fuel choice. Now - what about the #infrastructure and production capacity to make this transition a reality? #hydrogeneconomy #h2 #sustainableenergysolutions #sustainabledevelopment

Delta has secured license for #hydrogen energy technology from Ceres, a global leader in solid oxide fuel cell and electrochemical technology, to develop its fuel cell and electrolysis solutions. Through this partnership, we expect to integrate Ceres’ energy stack technology with our industry-leading power electronics and thermal management technologies to develop solid oxide fuel cell (SOFC) and solid oxide electrolysis cell (SOEC) systems for hydrogen energy applications, with production expected to start by the end of 2026. SOFC systems boast reliability and high efficiency in electricity generation, making them ideal for distributed power systems and mission-critical facilities, such as data centers and semiconductor production lines. SOEC systems will also play a key role in the chemical, utilities, and steel industries as they adopt green hydrogen to replace fossil fuels in their manufacturing processes and operations. Charles Tsai, Head of Delta’s Hydrogen Energy Business Division, and Phil Caldwell, CEO of Ceres, signed the long-term collaboration agreement at Delta’s headquarters yesterday. We are both excited to work together to accelerate the global hydrogen industry. Learn more: https://lnkd.in/gWzxKG5B

We are pleased to share that Asahi Kasei has officially started the operation of a multi-module hydrogen pilot plant in Kawasaki, Japan. This marks an important milestone toward the realization of a 100 MW-class alkaline-water electrolysis system. Electrolysis for green hydrogen involves using electricity to split water molecules into hydrogen and oxygen. This process occurs in an electrolyzer with two electrodes submerged in water. The resulting hydrogen gas can be captured and stored for various applications, making it a sustainable energy source when powered by renewable electricity. In the pilot plant, four 0.8 MW Aqualyzer™ modules are being operated under realistic conditions, including operation during maintenance and low power supply during nighttime. In addition, the equipment is designed to simulate fluctuating power input from solar or wind power. To learn more about this exciting development, visit https://lnkd.in/ea6ZGiQ7 #electrolysis #greenhydrogen #renewableenergy

Middle East Hydrogen Export Potential Current costs of hydrogen production vary depending on the technology and region, which is projected to change in the long run. ‘Green’ hydrogen could become cheaper than ‘blue’ hydrogen as technology improves and carbon pricing is increasingly adopted. Green hydrogen costs are expected to fall from US$ 3.5-7.5/kg in 2020 to US$ 1.6-2.2/kg by 2030. Feel free to join; https://bit.ly/2Vbgpoi Oil and gas to hydrogen