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Solar Powered Microgrid Utility Median Barrier at Rhode Island Highways
As climate change accelerates and energy demands continue to increase, innovative solutions to generate sustainable solar power are essential in today’s race to lower greenhouse gas emissions and air particle matter for healthier ecosystems. In the State of Rhode Island, local municipalities wrestle with solar permit applications and ordinances that restrict the installation of utility-scale solar systems in landscapes as well as some residential zones. Yet, the State of Rhode Island’s 2021 Act on Climate law, signed on April 21, 2021, establishes the requirements for the State to achieve Net-Zero Greenhouse Gas Emissions by 2050 (1).
Rendering of an integrated Highway Median PV Microgrid system to power Rhode Island Image: E2SOL / By James Reid, Environmental Science Analyst
I was recently captivated by the Rhode Island-based company E2SOL’s “Smart Solar Highway” Project when I stumbled upon it on their website during a recent web search. The idea of transforming something as mundane as highway concrete barriers into a source of renewable energy felt like a glimpse into the future—especially knowing that the State is developing Electric Vehicle Charging (EVC) stations off our highways under the RI NEVI program funded by the National Transportation Agency (2). That inspiration led me to dive into an independent study exploring how this concept could work in Rhode Island. Why Rhode Island? It is the perfect testing ground. The State is small and densely connected, making it an ideal place to prove the potential of solar-powered highways that can support local power utilities. My goal was to take this innovative concept and see if I could map it onto Rhode Island’s highway barriers to create a practical and impactful solution for renewable energy generation in the State without the need to displace pristine landscapes or conflict with local municipal solar permit ordinances.
Background
Highways contribute significantly to carbon emissions from vehicular traffic. Installing solar modules on existing concrete barriers provides us with a dual solution: harnessing renewable energy and mitigating greenhouse gas emissions. Solar modules in the right-of-way have been conceptualized before. Numerous projects around the world have been carried out, each with its unique traits. Notable examples include France’s Wattway, which aimed to install modules into the roadway itself, and Switzerland, which has initiated solar cell installation on highway noise barriers. These projects encountered barriers such as considerable wear and tear and unsafe glare during specific sun lighting periods, respectively. Downregulated efficiency and unsafe conditions for drivers will not be a factor for E2SOL’s Smart Solar Highway Project due to design specifications preventing drivers’ sightline and direct contact with all solar modules.
Technological Integration and Energy Resilience
A Smart Solar Highway project demonstrates the integration of advanced technology with existing dormant infrastructure to produce renewable energy and improve grid power resiliency. Solar modules would be mounted in series on structural brackets fixed to existing concrete barriers, much like highway lighting poles are mounted in some regions. Rhode Island’s 73.2 miles of concrete barriers (approximately 386,542 linear feet) present significant opportunities for solar highway median barrier installations.
If all possible existing concrete median assets are used, a modular system comprising high-wattage solar modules (i.e., 635 watts) with integrated energy storage capability of 1 kilowatt per module projects to generate approximately 65,931 Megawatt Hours (MWh) annually (5). The ability to store 32,965 MWh surplus energy ensures power availability during off-peak hours in the evening or during adverse weather conditions due to New England’s weather variability. Modular designs further increase resilience, ensuring uninterrupted energy for critical services like Electric Vehicle Charging (EVC) stations, highway lighting, and traffic systems’ electrical demands. The estimated energy generation could power approximately 9,307 Rhode Island households annually (3).
RI Suitable Highway Median Concrete Barriers (shown in Violet)
RI Suitable Highway Median Concrete Barriers (shown in Violet)
Energy Savings and Reducing Carbon Footprints
The smart solar highway system’s energy generation (estimated 65,931 MWh annually) could significantly bolster Rhode Island’s renewable energy resources. For context, Rhode Island’s total direct electricity demand in 2023 was 222 MWh (4). This project alone could contribute to offsetting 30% of that power demand, significantly reducing dependence on grid-based electricity and other fuel sources (e.g., gas). If this innovative product system were to be implemented, the RI Department of Transportation could offset an estimated 65,931 MWh annually under the RI Net Metering program, helping to achieve cost savings estimated at $14.25M (based on Rhode Island’s 2023 average electric retail sales cost of $0.2162/kWh) (4). It could also generate annualized revenue by selling its renewable power to the Utility under a 20-year Power Purchase Agreement Program (Tariff Incentive), or it could sell its renewable power to local community residents at a lower cost than private utilities, helping local communities save on their electric cost expenses. Integrating energy storage allows energy export during peak demand periods. It can also deliver power in times of utility power outages from extreme climate events. The scalability of the system into municipalities could provide long-term cost savings and revenue opportunities for municipalities as well.
This Rhode Island Smart Solar Highway system offers the potential to offset 29,104 metric tons of Carbon Dioxide (CO2) annually. This is equivalent to greenhouse gas emissions from (3):
- 6,789 gasoline-powered passenger vehicles driven for one year
- 7 wind turbines running for a year
- 29,193 acres of U.S. forests in one year
- 3,274,868 gallons of gasoline consumed
Impact on Operational Efficiency and Public Image
The Smart Solar Highway system enhances operational efficiency by reducing reliance on external energy supplies and improving resilience during grid disruptions. Critical infrastructure, such as EVC stations and highway lighting, can remain operational even during peak demands or outages.
Implementing such infrastructure also strengthens Rhode Island’s public image as a leader in sustainable transportation and clean energy innovation. It aligns with government and public expectations for climate change mitigation while serving as a replicable model for other regions.
Equity and Accessibility
Communities near highways, especially Environmental Justice Communities (EJCs), often experience higher pollution levels and lack access to clean transportation solutions. This project ensures these communities benefit from renewable energy infrastructure, improving overall quality of life and access to clean energy options.
Transportation inequities persist due to the high upfront cost of EVs and limited charging infrastructure in lower-income urban areas. Without targeted investments, these communities remain excluded from the economic, health, and environmental benefits of electric vehicles. Notably, Rhode Island’s highway concrete barriers are located within a 4-mile radius of disadvantaged communities in all cases, according to CJEST. As such, the benefits of the Smart Solar Highway project are poised to positively impact a significant portion of Rhode Island’s population, with a particular emphasis on EJCs.
Conclusion
The Rhode Island Smart Solar Highway project is more than a technological innovation—it’s a visionary step toward a sustainable future. By leveraging existing dormant infrastructure, this initiative offers a scalable solution to address climate change, reduce carbon footprints, and generate renewable energy. Beyond its environmental benefits, the project fosters social equity, enhances energy resilience, and positions Rhode Island as a leader in clean energy and sustainable transportation. Its success could serve as an inspiring model for other states and regions, proving that transformative change is achievable when creativity meets purpose. Together, we can pave the way for a brighter, cleaner tomorrow.
Sources
- https://climatechange.ri.gov/act-climate
- NEVI2 – https://energy.ri.gov/transportation/ri-nevi-program/ri-nevi-plan-roadmap
- https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator#results
- https://www.eia.gov/electricity/state/rhodeisland/
- NREL PV Watts Model – https://pvwatts.nrel.gov/
About The Author
James Reid Environmental Science Analyst at E2SOL LLC | Senior Environmental Engineering Student at the University of Connecticut
James Reid is an Environmental Science Analyst at E2SOL LLC, where he is committed to advancing energy practices in the transportation sector. Currently, he is also a senior Environmental Engineering student at the University of Connecticut. Upon graduation, Mr. Reid plans to continue his impactful work in the environmental industry, furthering his contributions to sustainable solutions.
The post Solar Powered Microgrid Utility Median Barrier at Rhode Island Highways appeared first on Pinion Newswire.
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SUIC and VisionRenu Biomedical Sign Strategic Agreement to Explore Merger, Investments, U.S. Capital Market Cooperation
NEW YORK, NYSUIC Worldwide Holdings Ltd. (OTC Markets: SUIC) (“SUIC”) and VisionRenu Biomedical Technology Co., Ltd. (“VisionRenu”), a Taiwan-based medical technology company specializing in brain health and ophthalmic medical devices, today announced the signing of a Strategic Merger & U.S. Capital Market Cooperation Framework Agreement (MOU). The framework agreement establishes a long-term strategic partnership to explore collaboration […]
NEW YORK, NY
SUIC Worldwide Holdings Ltd. (OTC Markets: SUIC) (“SUIC”) and VisionRenu Biomedical Technology Co., Ltd. (“VisionRenu”), a Taiwan-based medical technology company specializing in brain health and ophthalmic medical devices, today announced the signing of a Strategic Merger & U.S. Capital Market Cooperation Framework Agreement (MOU).

The framework agreement establishes a long-term strategic partnership to explore collaboration in medical technology, brain health, vision care, healthcare innovation, international financing, and U.S. capital market development.
Under the MOU, the parties intend to evaluate a broad range of strategic opportunities, including:
- Strategic investments;
- Mergers and acquisitions;
- Share exchange transactions
- Business combinations;
- International financing initiatives;
- Product commercialization; and
- U.S. capital market development and expansion.
VisionRenu is the developer of the MagRenu® Transcranial Magnetic Stimulation (TMS) System, a non-invasive, drug-free medical device approved by Taiwan’s Food and Drug Administration (TFDA) for the treatment of depression. The company is also advancing a proprietary ophthalmic technology platform, including an innovative presbyopia laser system designed for international markets.
Through this strategic collaboration, SUIC and VisionRenu expect to leverage their complementary strengths in medical technology innovation, commercialization, international business development, and access to global capital markets. The parties believe the collaboration may accelerate VisionRenu’s international expansion while creating long-term value through strategic financing and potential capital market initiatives in the United States.
Management from both companies expressed confidence that the framework agreement represents an important first step toward building a comprehensive strategic alliance. The parties will continue conducting due diligence and evaluating various transaction structures that may include strategic investment, merger, acquisition, or other forms of business combination, subject to further negotiations, definitive agreements, corporate approvals, and applicable regulatory requirements.
This Framework Agreement is non-binding, except for customary provisions relating to confidentiality and good-faith cooperation, and does not obligate either party to complete any specific transaction.
About VisionRenu Biomedical Technology Co., Ltd.
VisionRenu Biomedical Technology Co., Ltd. is a Taiwan-based medical technology company focused on the research, development, manufacturing, and commercialization of innovative medical devices for brain health and ophthalmic care. Its flagship product, the MagRenu® Transcranial Magnetic Stimulation (TMS) System, is approved by Taiwan’s TFDA for the treatment of depression. The company is also developing proprietary ophthalmic laser technologies designed to address the growing global demand for advanced vision care solutions. To learn more about the company, please visit https://www.vision-renu.com/
About SUIC Worldwide Holdings Ltd.
SUIC Worldwide Holdings Ltd. (OTC Markets: SUIC) is a technology-enabled investment and business acceleration company focused on acquiring and developing innovative businesses with high-growth potential. Through strategic investments, mergers and acquisitions, and access to international capital markets, SUIC supports portfolio companies in expanding globally and creating long-term shareholder value. Please visit our website, https://sinounitedco.com/
Forward-Looking Statements
This press release contains forward-looking statements that involve risks and uncertainties. These statements are based on current expectations regarding future events and are subject to various factors that could cause actual results to differ materially from those expressed or implied. The Framework Agreement announced herein is non-binding, and there can be no assurance that any definitive transaction will be completed. Readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date of this release.
Media Contact
SUIC Worldwide Holdings Ltd.
News Release Department (929) 391-2550.
Name
Jenny Kan
Email Address
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Atomic Mail Launches Agent-Native Email That Works With Claude, Codex and Other Leading AI Agents
TALLINN, EstoniaThe service gives AI agents their own email inboxes to handle tasks such as invoice processing, scheduling and follow-ups, and is built to work with the agents businesses already use
TALLINN, Estonia
Atomic Mail today launched an email service built for artificial intelligence agents rather than individual users. The service gives an AI agent its own inbox, allowing it to send, read and reply to email as part of a workflow. Atomic Mail is now in open alpha and free to use.

The service is designed to work with the current generation of agent tools and coding assistants that businesses and developers are already adopting, including Claude by Anthropic, Codex by OpenAI, OpenClaw, Hermes and other agent environments. Atomic Mail says its team is continuously monitoring the agent market and preparing integrations for the tools gaining real adoption.
In simple terms, an AI agent is a software assistant that can carry out multi-step tasks with a level of independence. It might gather information, compare documents, follow up with a vendor, prepare a draft response or coordinate with another system. But many of those tasks eventually run into email, and email was not designed for agents.
Most email systems still assume a person owns the account. A human signs up, clicks a confirmation link, solves a CAPTCHA, enters a payment card or connects a domain. Even developer-focused tools usually expect a person to create the account first and then hand access to the software. Atomic Mail changes that model by letting the agent register and operate the inbox itself.
The practical effect is that routine email work can move through an agent-owned account rather than a person’s personal inbox or a shared company mailbox. A human can still approve sensitive actions, but the agent can handle the mechanical parts of the workflow.
For example, an accounts payable agent can receive vendor invoices, extract the invoice number, supplier name, amount and due date, compare the details with a purchase order and flag only the exceptions for a manager. A scheduling agent can coordinate available times over email and prepare a meeting confirmation. A research agent can send structured questions to customers or partners, collect replies over several days and summarize the findings.
Other teams are using agent-owned inboxes for newsletter monitoring, product update tracking, competitive intelligence and multi-agent coordination. One agent might collect supplier emails, another might summarize the thread, and a third might draft a response for human approval. Because the work happens in email, the full thread remains readable for anyone who needs to review what happened.
A central design goal for Atomic Mail is broad compatibility. The service is built on JSON Meta Application Protocol, or JMAP, an open email standard published by the Internet Engineering Task Force. Because the API is JSON over HTTPS, agents can connect from almost any language or runtime. Developers can use a Model Context Protocol server, an AgentSkill package or the JMAP API directly, without committing to a proprietary SDK.
“Most companies experimenting with AI agents quickly hit the same wall: the agent can think and plan, but it cannot do something as basic as use email on its own,” said Geo P., CEO of Atomic Mail. “We wanted to give agents that ability in a way that works with whatever agent a company has chosen, whether that is Claude, Codex or something newer, without asking anyone to commit to a closed platform.”
Letting agents register their own inboxes also creates an obvious spam problem, so Atomic Mail does not rely on a human gatekeeper. To create an inbox and communicate with the network, an agent completes a computational Proof-of-Work challenge. The task currently takes about 30 seconds on a standard inference server. That cost is small for legitimate use, but it becomes expensive for anyone trying to create large numbers of inboxes for abuse.
Atomic Mail also uses reputation scoring. Agents that complete successful, non-flagged interactions build trust over time, while low-quality or abusive senders face tighter limits. The goal is to let useful agents operate without making the network easy to exploit.
The service also returns plain-language hints when a request fails, rather than only an opaque error code. If an agent misses a required field or sends a malformed request, the response can point it toward the likely fix. That makes it easier for agents to recover and continue a workflow without a developer stepping in for every small issue.
During the open alpha, every inbox is hosted on the atomicmail.ai domain and accounts are free. Atomic Mail says accounts created during the alpha will later move to the free tier of the paid product with no data loss and no re-registration. The company has also said simplified semantic commands for less capable models and support for custom domains are planned for future releases.
Businesses and developers building with AI agents can create an inbox and read the documentation on the Atomic Mail website.
About Atomic Mail
Atomic Mail is a Tallinn, Estonia-based company building email infrastructure for humans and autonomous AI agents. Built on the open JMAP standard, its service lets agents register and operate their own inboxes without human involvement, using Proof-of-Work and reputation scoring to help keep the network free of spam. Atomic Mail is designed to work with the major AI agents and agent environments in use today. The company complies with the General Data Protection Regulation and the California Consumer Privacy Act.
Contact
Website: https://atomicmail.ai
Email: [email protected]
CEO: Geo P.
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Family Travel Surges in 2026 as Parents Prioritize Experience-Based Vacations Over Material Spending
California, United StatesAs international travel continues its strong post-pandemic recovery, industry analysts are reporting a significant shift in how families plan their summer vacations. Rather than focusing solely on traditional sightseeing, parents are increasingly prioritizing destinations that combine education, outdoor activities, cultural experiences, and convenience for travelers of all ages. Recent tourism trends indicate that family travelers […]
California, United States
As international travel continues its strong post-pandemic recovery, industry analysts are reporting a significant shift in how families plan their summer vacations. Rather than focusing solely on traditional sightseeing, parents are increasingly prioritizing destinations that combine education, outdoor activities, cultural experiences, and convenience for travelers of all ages.

Recent tourism trends indicate that family travelers are seeking destinations that offer a balance between adventure and comfort, while digital connectivity has become an essential factor in travel planning. From booking activities and navigating unfamiliar cities to staying connected with relatives and managing travel logistics, reliable mobile data access is now considered a necessity rather than a luxury.
According to travel industry observations, destinations such as Tokyo, Queenstown, Singapore, Vancouver, Gold Coast, Barcelona, Copenhagen, Bali, Reykjavik, and London are expected to attract significant family travel demand throughout the 2026 summer season.
Experience-Driven Travel Gains Momentum
Travel experts note that families are increasingly choosing experience-based vacations over traditional consumer spending. Outdoor adventures, cultural immersion, wildlife encounters, and educational attractions are becoming major decision-making factors for parents planning international trips.
Destinations such as Tokyo continue to attract families through its combination of technology, culture, and interactive attractions, including themed entertainment districts and hands-on museums. Queenstown in New Zealand remains a top choice for outdoor adventure seekers, offering lake cruises, nature walks, and scenic excursions suitable for all age groups.
Similarly, Singapore is recognized for its safety, efficient transportation system, and family-focused attractions, including wildlife parks, gardens, aquariums, and interactive learning experiences. Vancouver and the Gold Coast also stand out for their balance of urban convenience and outdoor recreation, offering beaches, hiking trails, and family-friendly entertainment options.
Connectivity Becomes a Core Travel Requirement
Industry professionals report that mobile connectivity has emerged as one of the most important travel considerations in 2026. International travelers increasingly rely on digital services for transportation, accommodation management, translation tools, emergency communication, and real-time travel updates.
As a result, many travelers are turning to eSIM technology as an alternative to traditional roaming services and physical SIM cards. These digital SIM solutions allow families to activate mobile data instantly without visiting local stores or changing physical SIM cards.
A global eSIM solution such as Nomad eSIM supports connectivity in over 200+ destinations worldwide, helping travelers stay connected throughout their journeys with flexible and cost-effective data plans.
Top Family Travel Destinations for Summer 2026
- Queenstown, New Zealand – Outdoor adventures, lake cruises, and nature-based family activities
- Tokyo, Japan – Cultural attractions, interactive museums, and entertainment districts
- Gold Coast, Australia – Beaches, theme parks, and wildlife experiences
- Barcelona, Spain – Architecture, beaches, and family-friendly city exploration
- Vancouver, Canada – Mountains, parks, cycling, and waterfront activities
- Copenhagen, Denmark – Safe environment, bike-friendly streets, and parks
- Bali, Indonesia – Tropical resorts, cultural experiences, and family-friendly stays
- Reykjavik, Iceland – Volcanoes, glaciers, waterfalls, and natural wonders
- Singapore – Gardens, aquariums, wildlife parks, and modern attractions
- London, United Kingdom – Museums, historic landmarks, parks, and entertainment venues
Planning Ahead Remains Critical
With international travel demand expected to remain strong throughout the summer season, industry observers recommend that families secure flights and accommodations well in advance. Flexible itineraries, family-focused lodging options, and reliable connectivity solutions can help reduce travel-related stress and improve the overall vacation experience.
Experts also suggest balancing structured activities with downtime to ensure children and adults can fully enjoy the journey without feeling rushed.
About Nomad eSIM
Nomad eSIM is a travel connectivity brand helping people to stay connected effortlessly across more than 200 destinations worldwide through eSIM technology. Users can activate mobile data plans digitally without requiring physical SIM card replacements with almost zero downtime, making it easier for families to stay connected while traveling abroad.
Nomad believes staying connected abroad should be simple, flexible, and seamless, so travelers can focus on their journey, not their connectivity. Hence, every Nomad product, feature, and partnership is designed with one goal in mind: helping travelers get more from every journey.
Media Contact
Company: Nomad eSIM
Website: https://www.nomadesim.com/
Email: [email protected]
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