RSI AUTOMATION (M) SDN BHD’s Post

Hi Jagoan Energi🔥 This week, there are some interesting updates on RI to Produce Tiny Sliver of World’s EV Batteries. Indonesia is estimated to contribute only 0.4% of the total production of electric vehicle (EV) battery energy worldwide this year with approximately 10 GWh out of the total world production of 2,800 GWh. This percentage is likely to persist until 2030, while in 2040, Indonesia is anticipated to contribute around 70% of the world's annual nickel production. What's next? Keep updated with our news, Jagoan Energy!😉 See you next week!! --- #Energy247 #Energydrink #PYC #PurnomoYusgiantoroCenter #WorkingForABetterFuture #EV #nickel #electricvehicle

An array of innovative solutions is required to fulfil #Indonesia’s energy needs⚡ These include optimizing existing power plants, switching to #naturalgas and renewable energy such as #biomass and #geothermal power, as well increase fuel use zero carbon like #hydrogen and #ammonia. In the 7th volume of DE Magazine by Dunia Energi that focused on hydrogen, Hartono Setiawan, General Manager of Sales & Marketing at Mitsubishi Power Indonesia spoke on the solutions to enhance efficiency and reduce emissions, and shared about our ongoing collaborations with PT. PLN and Bandung Institute of Technology for the development of cleaner fuel firing technology – part of a four-page feature in the magazine. Our partnerships with local stakeholders took learnings from Takasago Hydrogen Park, the world’s first integrated hydrogen validation facility in Japan which saw the first successful demonstration of 30% hydrogen co-firing in a large frame gas turbine. Hartono shared, “Beyond ongoing studies, we believe in a need to move towards project realization. Collaboration between private and public stakeholders will help to make this happen.” Read the full article on pages 58-61: https://lnkd.in/gWgXMQ-X

Daewoo Engineering and Construction Co., Ltd., a leading company in the construction industry in Korea with global project scale, has signed a Memorandum of Understanding (MoU) with HDF Energy, a hydrogen infrastructure developer Large scale and high energy fuel cell manufacturer. The partnership aims to collaborate on HyPower's hydrogen power generation infrastructure to accelerate decarbonization of the petrochemical industry in Asia. The MoU was signed at the Indonesia International Hydrogen Summit (IIHS) 2024 on June 19, 2024 in Jakarta, with the participation of invited ministries, state-owned enterprises and private organizations . Industry is currently the largest consumer of hydrogen with only a small proportion originating from low carbon sources. In the Asia-Pacific (APAC) region, hydrogen consumption accounts for half of global demand, highlighting significant opportunities to support decarbonization across industry value chains. Promoting low-carbon hydrogen is important, but it is equally important to explore its broader applications across industry supply chains, especially in hydrogen-intensive sectors such as petrochemicals and factories oil Filter. https://lnkd.in/gryqtDGV

🌊#Yichang Green Electricity & Green Hydrogen Demonstration Project #SungrowHydrogen flexible green hydrogen production solution system empowers the the first vogagy of "Three Gorges No.1"🛥 This is the world's 🌻first inland MW-level PEM hydrogen production and refueling integration project, located in Yichang City, Hubei Province, China. In this project, 200Nm³/h #PEM flexible green hydrogen production solution was provided by Sungrow Hydrogen. In December, 2022, 99.999% high-purity #hydrogen was successfully produced here to provide fuel for the hydrogen fuel cell powered ship "Three Gorges No.1". It is expected to replace fuel by 103.16 tonnes, and could reduce carbon emission by 343.67 tonnes annually. #Cleanenergy #hydrogenenergy #greenhydrogen

Samaiden Group (Samaiden), a leader in #renewableenergy solutions specializing in engineering, procurement, construction, and commissioning (#EPCC) of solar photovoltaic (#PV) systems and power plants has signed a strategic Power Purchase Agreement (#PPA) with Maxell Tohshin (Malaysia) Sdn Bhd Malaysia, a company renowned for its expertise in designing and manufacturing ultra-precision molds and lens mold technologies. As per the terms, #Samaiden will lead the design and implementation of an advanced #solarpvsystem with a capacity of 1,028.28 kilowatt peak (kWp) at Maxell Tohshin’s facilities. This initiative is poised to make a substantial impact on #carbonemissions reduction from manufacturing operations, with an estimated annual avoidance of approximately 974.66 tonnes of carbon emissions (CO2e). #Samaiden #MaxellTohshin #RenewableEnergy #SolarPower #Sustainability #EnvironmentalStewardship #Malaysia Read more: https://lnkd.in/decAjVNK

SEG Solar to build 5GW vertically integrated manufacturing plant in Indonesia The completion of the first phase of the project is scheduled for Q2 2025 with 5GW of solar cells and 3GW of module annual nameplate capacity. Solar manufacturer SEG Solar has signed a land utilisation agreement to build a 5GW vertically integrated PV manufacturing plant in Indonesia. Construction of the plant will be carried in several phases. The first phase of the project is expected to have an annual nameplate production capacity of 5GW for solar cells and 3GW for modules. The completion date for the first phase is targeted for the second quarter of 2025. Once fully operational, the project’s total capacity will be 5GW of annual nameplate production capacity from wafers to modules. The vertically integrated plant will be located in the Batang Regency in the Central Java province. However, the company did not disclose the technology that will be produced in the Indonesian plant. Investment in the solar manufacturing plant will exceed US$500 million and cover over 40 hectares of land. Patented TNi Energy-BESS, we've innovated a groundbreaking method that repurposes recycled lead-acid batteries, extending their life span to 20 years for energy storage purposes. Previously, the industry lacked a safe and environmentally conscious alternative to lithium-ion batteries. However, our patented proprietary technique reveals that lead-acid batteries are not only safer but also 50-60% more cost-effective than their hazardous counterparts. #SENTINEL™ TNiEnergy, #nebulositycloud, #BESS, #Energy, #ZEROemmissions, #ZEROcarbonfootprint, #energytransistion, #LeadAcid Battery, #windpower, #solarpower, #VPP, #MicroGrid

An Overview of LCOH for Alkaline Water Electrolyzer Technology in Malaysia for Plant 1MW and below. Definition of Levelized Cost of Hydrogen: The Levelized Cost of Hydrogen is a measure that calculates the average cost of producing hydrogen over the operational lifetime of a hydrogen production facility, taking into account all costs incurred from initial investment to ongoing operational expenses. It is expressed in Ringgit Malaysia per kilogram of hydrogen produced and serves as a useful tool for comparing the cost of hydrogen across different technologies and projects. Significance of LCOH: The LCOH is a critical metric for evaluating the economic feasibility of various hydrogen production methods. It helps stakeholders make informed decisions about technology investments, policy incentives, and market opportunities. By comparing the LCOH of different hydrogen production pathways, policymakers, investors, and industry experts can identify the most cost-effective and sustainable options for scaling up hydrogen production. Feel free to contact us ([email protected]) if you require any discussion on the development hydrogen production plant using water electrolyzer technology. Meet Us At Clean Power & New Energy 2024 @ M Resort Hotel, Kuala Lumpur 25th - 26th June 2024.

In the era of clean and renewable energy, hydrogen (H2) fuel cells are emerging as a (very) promising alternative energy source. While they may not entirely replace existing energy sources right away, they bring a breath of fresh air to the energy supply equation. At Bumi Seimbang Energy (BSE), we take pride in being a pioneer of H2 energy in Indonesia. We are committed to becoming a major player in this energy sector and are integrating it with our current portfolio, which includes diesel and gas power plants. Our goal is to transform Bumi Seimbang Energy into what its name suggests – a balanced energy provider for the planet. Stay tuned for more exciting updates! #hydrogen #fuelcells #renewableenergy #indonesia

#DMEGC Solar Lianyungang Base 5GW modules successfully put into operation, driving its total module production to 12GW.  The new 5GW modules adopt latest N-Type high-efficient cells, utilizing industry-leading technology such as SMBB + Half Cut, Lossless Laser Cutting, High Density Packaging, etc. The maximum power reaches 630W and the efficiency reaches as high as 22.54%. With outstanding low light performance and temperature coefficient, the modules are perfect choices for all sorts of application scenarios ranging from residential, commercial to utility, yielding more electricity and achieving lower LCOE.  Through the introduction of energy-saving technology, advanced environmental protection facilities, and local green power resources, Lianyungang base is set to achieve zero emissions and efficient energy utilization in the production process. DMEGC Solar will continue to reduce its environmental footprint and carbon emission, striding towards a green and low-carbon future. #TheFutureisSun #solar #solarmodule #solarPV #pvplant #manufacturing