Author: sHq_LoGiNz

• RWE reaffirms commitment to U.S. investment and plans to add 9 GW of new net capacity by 2031 to support America’s growing power needs
• Flexible gas generation will complement RWE’s 13 GW U.S. renewables and battery storage portfolio
• RWE will leverage secured U.S. interconnection to add gas capacity

AUSTIN, Texas, March 12, 2026 /PRNewswire/ — RWE today announced the addition of flexible, gas-fired power generation to its U.S. portfolio, strengthening the company’s ability to meet soaring electricity demand with scalable power solutions. The addition of flexible, dispatchable generation capacity will complement RWE’s large, growing U.S. renewable energy and battery storage offering, positioning the company to continue to deliver fast, reliable and affordable power safely to customers and communities.

The announcement comes as part of RWE’s global corporate strategy update, which affirmed the company’s global investment plans of €35 billion net from 2026 through 2031 – of which €17 billion net is allocated to enable growth in the United States.

RWE plans to leverage already-secured grid interconnections to add firm capacity on an accelerated timeline. The company is developing a pipeline of 15 natural gas peaking projects across target markets in MISO, WECC, PJM and ERCOT and will provide customized power solutions combining renewables, storage and gas.

Andrew Flanagan, CEO, RWE Americas: “With our plans to add 9 gigawatts of new net capacity to the grid in the next six years, RWE Americas is stepping up to meet the country’s rapidly rising demand for reliable and affordable electricity. Alongside our growing renewable energy and storage portfolio, integrating flexible gas generation into our U.S. business strengthens our ability to serve customers and communities while enabling world-leading technology and economic growth. RWE Americas is proud to be delivering for America’s economy and contributing to the goals of abundant, affordable American energy.”

RWE has built a leading U.S. energy business with a strong pipeline across wind, solar and battery energy storage in the U.S. from coast to coast, with 13 GW of assets in operations. In 2025 alone, RWE created over 3,500 construction jobs and committed more than $500 million toward local tax revenue and community benefits.

This extensive renewable energy and battery storage portfolio will now be complemented with flexible gas capacity. RWE will pursue flexible generation through a combination of co–located energy campuses, standalone resources, and other strategic opportunities to meet market needs.

Energy campuses can co-locate multiple energy generation, storage, and energy infrastructure assets, integrated to operate as a coordinated system. Deployed together, renewables and gas capacity can optimize land use, share infrastructure, and improve energy reliability and efficiency allowing for speed to power and specific customer needs.

Sam Eaton, SVP & Chief Development Officer, Flexible Generation Solutions, RWE Americas: “The U.S. power system is undergoing rapid change. Our customers are demanding fast, reliable, affordable and clean energy solutions to enable breakthrough technological advances and economic growth. Pairing flexible generation with our significant renewable and storage footprint strengthens RWE’s ability to offer 24/7 power solutions to our partners while improving the affordability of energy for all customers.”

RWE brings decades of experience developing, constructing and operating flexible gas generation, with nearly 16 GW of gas-fired capacity across Europe. This global foundation gives RWE the engineering, development, commercial and procurement capabilities needed to deliver flexible units quickly and efficiently in the U.S.

For more information, visit americas.rwe.com.

For further inquiries:

Patricia Kakridas
Sr. Manager, Media & Public Relations
Corporate Communications
RWE Clean Energy
M + 619-753-5206
E pkakridas@rwe.com 

RWE in the US
RWE Americas, a subsidiary of RWE, is a US-based energy company that is helping to meet the growing demand for energy across the United States. Backed by RWE’s 125-year global legacy of managing diverse power assets, RWE Americas operates approximately 13 GW of power projects across 27 states. With a talented workforce of 2,000 employees, RWE Americas develops, constructs and operates wind, solar and battery storage projects that safely deliver affordable, reliable electricity to our customers. Committed to responsible development, RWE Americas invests in local and rural communities, creating jobs and partnering with stakeholders to support and strengthen the places where we live and work.

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SOURCE RWE

CIEE to establish a cultural exchange program to build bridges of mutual understanding and peace between the United States and global Muslim communities.

PORTLAND, Maine, March 12, 2026 /PRNewswire/ — The Council on International Educational Exchange (CIEE) today announced a new scholarship to help build bridges between Americans and people from international Muslim communities. The Rick A. Ruth BridgeUSA Summer Work Travel Scholarship will increase cultural exchange opportunities for students from Muslim communities around the world. Muslims represent about 25% of the world’s population.

The scholarship pays tribute to career public servant, Rick A. Ruth, a longtime senior advisor at the U.S. Department of State, Bureau of Educational and Cultural Affairs. Mr. Ruth’s 40-year career was dedicated to advancing peace in our world by supporting public diplomacy programs between the U.S. and other nations, primarily through people-to-people exchanges. Throughout his career, Mr. Ruth focused on strengthening ties between the United States and the Muslim world, recognizing the importance of that connection for promoting international understanding.

The CIEE Rick A. Ruth Summer Work and Travel Scholarship will support ten university students selected from one of the world’s 50 countries that have significant Muslim communities. The Ruth Fellows will participate in the U.S. Department of State’s BridgeUSA Summer Work Travel program, spending a summer in one of America’s iconic destinations and working at one of CIEE’s Platinum BridgeUSA Summer Work Travel Host Employers. In addition, Ruth Fellows will attend CIEE’s Annual Young Civic Leadership Summit, scheduled to take place in August 2026 in the Wisconsin Dells, Wisconsin.

CIEE will rotate countries eligible for the scholarship each year. For 2026, Ruth Fellows will be selected from candidates from Bulgaria, Türkiye, and Thailand. Ruth Fellows will have demonstrated a proven interest in embracing positive civic engagement and a sincere motivation to foster goodwill between the U.S. and their home country.

Each year, the U.S. Department of State’s BridgeUSA Summer Work Travel program invites 100,000 international college students from over 140 countries to live and work in America during their university summer break. The program contributes billions of dollars to the American economy by extending the US tourism season by an average of 50 days, creating more jobs for Americans and helping American businesses become more prosperous. In addition, BridgeUSA participants learn firsthand about American culture and values, including the power of democracy and free speech, which they take home to share with their families and peers.

“When young people spend time living and working in the United States, they share their own perspectives while gaining insight into American society,” said Mr. Ruth. “Those personal connections play an important role in strengthening understanding between American and Muslim communities.”

“Rick Ruth spent his entire career advocating for mutual understanding and the power of people-to-people exchange programs to advance peace in our world,” said James P. Pellow, Ed.D., President and CEO of CIEE. “His life’s work is quite simply a perfect reflection of the founding mission of CIEE. In 1947, CIEE was founded to help American students meet Germans, Italians, and Japanese students. Today, we are proud to honor Rick Ruth’s legacy by increasing understanding and mutual respect between young Americans and Muslims.”

About CIEE

Since 1947, CIEE has built bridges between different people, countries, and cultures through study abroad and international exchange programs that advance peace in our world. We change lives; our alumni change the world. Learn more at ciee.org.

Media Contact:
Leslie Taylor
media@ciee.org
(207) 553-4274

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SOURCE Council on International Educational Exchange (CIEE)

LONDON, March 12, 2026 /PRNewswire/ — The global automotive MCU market is growing steadily, expected to be valued at around US$ 10.6 billion in 2026 and projected to reach US$ 15.1 billion by 2033, with strong growth in the coming years. This expansion is driven by the rising integration of electronics in vehicles and the shift toward software-defined mobility. Modern vehicles now include dozens of microcontrollers managing systems such as braking, lighting, battery management, and driver assistance. As automotive electronics become more complex, MCU demand rises significantly, with some vehicles now incorporating 50–100 electronic control units (ECUs) and multiple MCUs to manage them.

Growth in Electric Vehicles and Advanced Vehicle Electronics

The rapid adoption of electric vehicles (EVs) is a major factor driving the automotive MCU market. EV platforms require sophisticated electronic control systems to manage battery packs, electric motors, charging systems, and thermal management. Each EV typically incorporates several additional MCUs compared with traditional internal-combustion vehicles, increasing semiconductor content per vehicle. Global EV sales growth and government support for electrified mobility continue to push automakers toward highly electronic architectures. Systems such as battery management units, inverter controllers, and onboard chargers rely heavily on microcontrollers to monitor performance and maintain safety. Advanced driver assistance systems further accelerate MCU demand. Technologies like adaptive cruise control, automatic emergency braking, and lane-keeping assistance require high-speed microcontrollers capable of processing sensor inputs and coordinating multiple vehicle subsystems. Industry analysis indicates that modern vehicles increasingly deploy multiple safety and control MCUs across ADAS modules, infotainment platforms, and vehicle control units. Manufacturers are responding with more powerful microcontrollers based on 32-bit architectures, offering greater computing capability and improved security features. These advanced MCUs support real-time data processing and over-the-air updates, which are essential for connected and software-defined vehicles. In regions such as Asia Pacific, where EV production is expanding rapidly, demand for automotive microcontrollers is rising sharply as automakers integrate more electronic features into vehicles.

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Expansion of Software-Defined Vehicles and Smart Automotive Systems

Another major driver of the automotive MCU market is the shift toward software-defined vehicles. Automakers are redesigning vehicle electronics architectures to support centralized computing, domain controllers, and advanced connectivity. This transformation requires microcontrollers capable of managing complex software environments while maintaining strict automotive safety standards. Modern automotive MCUs support features such as secure boot, functional safety compliance, and real-time diagnostics. These capabilities are crucial for vehicles that rely on continuous data processing from sensors, cameras, and communication modules. Industry data shows that 32-bit MCUs dominate the automotive segment due to their balance of performance and energy efficiency, accounting for more than half of total market share. Meanwhile, higher-performance 64-bit MCUs are emerging as the fastest-growing segment as automakers develop domain-based architectures for autonomous driving and advanced infotainment systems. Manufacturers are also integrating enhanced cybersecurity capabilities into automotive MCUs to protect connected vehicles from digital threats. Secure communication protocols, encryption modules, and hardware security units are becoming standard features in next-generation microcontrollers. The growing adoption of connected vehicles and autonomous driving technologies ensures sustained demand for high-performance MCUs capable of handling increasing computational workloads.

Segmentation Insights: Body, Comfort and Lighting Systems Dominate While ADAS and Safety Drive Fastest MCU Growth

Body, comfort, and vehicle lighting represent the leading application segment, accounting for roughly 38% of the market, supported by widespread integration across all vehicle classes. Applications include body control modules, HVAC systems, smart lighting, window lifts, seat adjustment, and keyless entry systems, all of which rely on cost-efficient microcontrollers for real-time control and energy management. Automakers continue to upgrade these modules with networked electronics and smarter control systems to enhance user comfort and vehicle efficiency. The ADAS and Basic Safety segment is the fastest growing, expanding at an estimated CAGR of around 9.7%, as global safety regulations mandate technologies such as automatic emergency braking, lane assistance, and advanced airbag systems. A notable industry development is the increasing integration of higher-performance MCUs within ADAS modules to process sensor data and support scalable safety platforms across mid-range vehicle models.

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Key Highlight: Asia Pacific Leads Automotive MCU Adoption While Europe Maintains Strong Regulatory-Driven Growth

Asia Pacific represents the leading and fastest-growing regional market, accounting for roughly 52% of global automotive MCU demand. China, Japan, South Korea, and India function as major vehicle manufacturing hubs and semiconductor consumption centers, supported by large automotive supply chains and expanding EV production. Growing adoption of ADAS, connected infotainment, and electrified powertrains across both premium and mid-range vehicles continues to increase MCU integration per vehicle. Government initiatives promoting new-energy vehicles and domestic semiconductor manufacturing strengthen regional supply capacity, positioning Asia Pacific as the primary growth engine for the automotive MCU market through the coming decade. Europe commands roughly 23.1% of the global automotive MCU market, supported by strong vehicle production in Germany, France, Spain, and the U.K., along with a high concentration of premium automotive brands that incorporate advanced electronic systems. EU-wide regulations such as Euro 7 emission standards and the General Safety Regulation accelerate adoption of sophisticated powertrain control, ADAS, and cybersecurity-compliant microcontrollers. Automakers in the region are shifting toward centralized electronic architectures and software-defined vehicle platforms, which increases demand for high-performance MCUs. Investments remain strongest in EV control systems, zonal controllers, and safety-critical microcontrollers aligned with stringent automotive functional-safety requirements.

Key Players and Business Strategies

Leading players include NXP Semiconductors, Infineon Technologies, Renesas Electronics Corporation, Texas Instruments, STMicroelectronics, Microchip Technology, and Toshiba Electronic Devices & Storage Corporation.

• NXP Semiconductors focuses on high-performance automotive processors and secure microcontrollers supporting ADAS and vehicle networking systems.
• Infineon Technologies expands its automotive semiconductor portfolio with advanced safety and power management MCUs designed for electric vehicles.
• Renesas Electronics emphasizes scalable automotive MCU platforms used widely in powertrain and body electronics applications.
• Texas Instruments strengthens its automotive semiconductor portfolio with integrated MCU solutions for safety and connectivity.
• STMicroelectronics invests heavily in microcontrollers supporting electrification, sensor integration, and advanced driver assistance technologies.

Business strategies across the sector emphasize high-performance architectures, cybersecurity integration, and partnerships with automotive OEMs and Tier-1 suppliers. Companies are also investing in advanced semiconductor manufacturing processes and scalable platforms to support the next generation of connected and autonomous vehicles.

Key Highlights

• The global automotive MCU market is expected to be valued at around US$ 10.6 billion in 2026 and projected to reach approximately US$ 15.1 billion by 2033, expanding at a CAGR of about 5.2%.
• Body, comfort, and vehicle lighting applications lead the market, accounting for roughly 38% share, supported by widespread use in body control modules, HVAC systems, and smart lighting solutions.
• The ADAS and basic safety segment is the fastest growing, expected to expand at an estimated CAGR of around 9.7%, fueled by tightening safety regulations and increasing deployment of advanced driver-assistance technologies.
• Asia Pacific dominates global demand with around 52% share, supported by strong vehicle production, EV expansion, and growing semiconductor consumption across China, Japan, South Korea, and India.
• Europe holds about 23.1% of the market, driven by strict automotive safety regulations, advanced vehicle architectures, and strong production of premium vehicles.
• Rising adoption of electric vehicles, connected car technologies, and centralized vehicle electronics architectures continues to increase the number of microcontrollers integrated per vehicle.

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Market Segmentation

By Product Type

• 8-bit
• 16-bit
• 32-bit
• 64-bit

By Application

• ADAS and Basic Safety
• Body, Comfort, and Vehicle Lighting
• Infotainment Components
• Powertrain Components

By Vehicle Type

• Passenger Cars
• Light Commercial Vehicles
• Heavy Commercial Vehicles
• Electric Vehicles

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SOURCE Persistence Market Research Pvt. Ltd.

Up to $400,000 in prizes for breakthrough methods to find subsurface cracks in embankment dams before they cause failure

DENVER, March 12, 2026 /PRNewswire/ — HeroX, the leading platform and open marketplace for crowdsourced solutions, today announced the launch of “Crack the Case” www.herox.com/CrackTheCase on behalf of the US Bureau of Reclamation, with support from the NASA Tournament Lab (NTL). This three-phase competition seeks novel methods for detecting subsurface cracks in embankment dams – hidden flaws that can lead to internal erosion, one of the leading historic causes of dam failure.

Beneath the surface of embankment dams, cracks can form that are invisible to inspectors, difficult to detect through routine monitoring, yet capable of compromising structures that millions of people depend on for water, power, and flood protection. These cracks may be only millimeters wide and buried dozens of feet deep. Current geophysical methods struggle to resolve such narrow features, especially in the clayey and silty soils where cracks most often occur.

“Detecting subsurface cracks before they become pathways for internal erosion is a persistent technical challenge in dam safety,” said Bureau of Reclamation’s Prize Competition Administrator Christine VanZomeren. “We’re looking beyond conventional approaches and inviting fresh perspectives from geophysicists, sensing specialists, and problem-solvers from any field to help us find what current tools cannot.”

For over a century, the Bureau of Reclamation has played a foundational role in developing and managing water and power systems throughout the American West. Today, it operates more than 330 reservoirs storing over 140 million acre-feet of water, supporting agriculture, energy production, ecosystems, and communities across 17 states. Many of these reservoirs are impounded by embankment dams – massive earthen structures where undetected cracks pose serious long-term risks.

The Challenge: Crack the Case invites participants to develop methods capable of detecting and locating subsurface cracks within embankment dams, including cracks with no surface expression. Solutions must work in clayey or silty embankments and account for real-world constraints such as variable soil conditions, access limitations, and interference from buried utilities and infrastructure.

The Prize: Up to $400,000 in total prizes will be awarded across three phases. In Phase 1, up to seven teams will each receive $30,000 for top concept papers. Selected teams will advance to Phase 2 for prototype development and validation, with up to five teams receiving $20,000 each. Phase 3 will award $60,000 and $30,000 for first and second place in a demonstration under conditions reflecting real embankment environments.

Eligibility to Compete and Win Prize(s): The prize is open to anyone aged 18 or older participating as an individual or as a team. Individual competitors and teams may originate from any country, as long as United States federal sanctions do not prohibit participation (some restrictions apply).

Ready to find what others can’t see? Learn more and register at www.herox.com/CrackTheCase 

ABOUT HEROX

HeroX is a platform and open marketplace for crowdsourcing innovation and human ingenuity, co-founded in 2013 by serial entrepreneur Christian Cotichini and XPRIZE Founder and Futurist Peter Diamandis. HeroX offers a turnkey, easy-to-use platform that supports anyone, anywhere, to solve everyday business and world challenges using the power of the crowd. Uniquely positioned as the Social Network for Innovation, HeroX is the only place you can build, grow, and curate your very own crowd.

Explore the latest challenges at www.herox.com

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SOURCE HeroX