Atlantic Shores Offshore Wind’s Post

U.S. DOE Allocates $24 Million To Boost Clean Energy Workforce Training Nationwide In alignment with the Biden-Harris Administration’s Investing in America agenda, the U.S. Department of Energy (DOE) has announced the selection of 21 new projects set to receive $24 million in funding from the Bipartisan Infrastructure Law. This initiative aims to enhance clean energy workforce training programs, focusing on jobs that do not require a four-year degree, within union training programs, community colleges, and trade schools nationwide. Over 40% of this funding will be allocated to union job training. The selected projects will expand DOE’s existing Industrial Training and Assessment Centers (ITAC) network, which trains energy-efficiency workers to assist small- and […] Read the full story here: https://lnkd.in/dcQsh54u #solarenergy #alternativeenergy #solarpv #pvsolar #photovoltaic #cleanenergy #cleantech #climatechange #cleanenergy #renewableenergy #solarenergy #u.s.departmentofenergy #usa

Choosing the right location is one of the most critical steps in the development of a solar power plant. The site not only influences the construction and operational efficiency of the plant but also affects its overall success and sustainability. Factors Influencing Site Choice: Sunlight Availability: The primary consideration is the amount of sunlight a site receives, as it directly impacts the energy output of the plant. Areas with higher solar irradiance are preferred to maximize the efficiency of solar panels. Land Topography: The physical characteristics of the land, including its slope, orientation, and soil type, can significantly affect both the initial installation costs and the ongoing maintenance of the plant. Flat or gently sloping lands are generally more suitable and cost-effective for solar installations. Proximity to Grid Connections: The distance and accessibility to existing power grids are crucial for the ease of grid integration. Sites closer to grid infrastructure typically result in lower transmission costs and fewer technical challenges. Environmental Impact Assessments and Local Regulations: Environmental Considerations: Before finalizing a site, it is essential to conduct a thorough environmental impact assessment. This assessment helps identify potential adverse effects on the local ecosystem, allowing for the development of strategies to mitigate these impacts. Regulatory Compliance: Compliance with local zoning laws and environmental regulations is mandatory. To navigates these legal frameworks to ensure that all site selections meet local development guidelines and obtain necessary permits without significant delays. Selecting the right site is a foundational step in constructing a solar power plant. It sets the stage for all subsequent activities and directly influences the construction costs, operational efficiency, and environmental sustainability of the project. Sunforson ensures that each project starts with our solar mounting systems, positioning our solar power plants for long-term success and profitability.

The Clean Energy Innovation Career Pathway program will launch next year, providing up to 125 high schoolers the opportunity to explore “a future in the critical renewable energy sector by working with employers in the field like the Massachusetts Clean Energy Center .” This is exciting progress towards goals listed in the 2022 Climate & Clean Energy Law, which “required DESE and the Executive Office of Labor and Workforce Development to design and implement a pilot program that could connect students to academic and technical skills that will prepare them for jobs in the offshore wind industry that state official[s] hope to grow here.” Here's to building the next generation of clean energy workers! https://lnkd.in/eE3Tm38D - - - #CleanEnergy #GreenJobs #CleanEnergyJobs #OffshoreWind #OSW #OSWJobs #ClimateandCleanEnergy #ClimateJobs

Great article Martin and clear where our many and varied clients should be making plans. We are here to deliver these and more forward thinking solution’s

ICYMI: The Chicago-based 548 Foundation’s Clean Energy Training Program is preparing students for success in Illinois' #solar industry. ☀️ By prioritizing the training of people facing barriers, the course is helping to equitably grow Illinois’ clean energy economy. https://bit.ly/3XxWkcM

FULL POWER: Our Director of Sustainability and Mechanical Engineering Martin Shepherd has warned that the UK’s infrastructure is ‘nowhere near ready’ in the race to net zero. Significant government action is urgently required to upgrade electricity and gas networks to keep the country on track for the 2050 target. We have a long track record in sustainability for a diverse portfolio of private, public and government clients nationwide – including contracts for conversion of multiple buildings at different sites. We design solutions to convert energy and heating systems from carbon fuel to renewable power in ageing buildings as well as for newbuild projects nationwide. Martin and his team are currently working on a number of carbon reduction projects. The key to success is to consider all angles of a project with a feasibility study first, which means that right level of funding can be applied for or allocated to create a system that fits requirements and meets the needs of the end users.   Then any solution will work more efficiently, and, importantly, it means that we avoid band aid style measures in favour of holistic, strategic solutions which truly save carbon, energy, money and the planet. #netzero #carbonfootprint #carbonreduction #mechanicalengineering #define #design #deliver

THE ENGINEER (UK) Engineering World-Inspire the younger generation Engineering the future - inspiring and upskilling the next generation Addressing the pressing skills gap in the engineering sector requires a multifaceted approach, says Susan Gordon, business development manager, renewables, at Fugro. 13 Sep 2024 The demand for engineering skills has never been greater, spanning various industries and specialisations, especially in growth sectors. In the renewable energy sector, a diverse range of skills, including those of engineers and technicians, is crucial. The Offshore Wind Council predicts that the offshore wind industry will need to attract 70,000 additional jobs by 2030. This report also highlights the urgent need to address existing skills gaps in the sector. To tackle this shortage and ensure a robust pipeline of engineering talent, multiple actions are necessary. While there isn’t a single silver bullet solution, my experience working in the renewable sector and spending most of my career among engineers has revealed a few key imperatives.

Why do utility records and electric infrastructure matter? If you’ve been bored enough to read my past posts and motivated enough to get to the end, my prior posts outline some basics of the distribution system along with some randomness sprinkled in there. I started with a baseline to lead me to discuss the more challenging aspects of working on and upgrading the system for future needs. Things that may not be known if you aren’t in the business and don’t work in any type of infrastructure projects. Electrification discussions I see don’t discuss the challenges of working in a city; the locations that are the most congested and most expensive to do construction work. This isn’t the cool stuff that Energy influencers like talk about. This is about practical application of infrastructure installation in the real world. Not the particulars of energy markets. Not theoretical Solar, Wind and BESS protection and control schemes. Not the projection of battery capacity and solar efficiency targets a decade from now. What role does the municipality play? Digging is expensive and inconveniences the public. IMO cities and towns are most concerned with construction duration, traffic patterns, restoration requirements (binder applied before winter and top coat from curb to curb next spring), clearance to tree roots, and payments for permits. There may be times the DPW may comment on proximity to their own infrastructure. I have seen many cities/towns try to “influence” utilities to install city owned infrastructure during the utility construction. I have heard of rare circumstances where municipalities dictate “lanes” for individual utilities trunk lines. For example, Water may be placed in the center of the street, Gas on the North and West sides of the road, Electric on the South and East. I believe this is a good thing as it sets expectations and makes planning for infrastructure installation/upgrades easier for all parties. I do believe that Municipalities who own and operate electric/communications have a leg up in these cases. They control almost everything that goes in the ROW and have ownership in the process. They have more influence on their constituents/rate payers to get projects of high importance cranked through the machine. Relationships are less confrontational on infrastructure projects when all the departments involved work for the same town. Maintenance in some cases is easier. For example: Permission to trim trees is less of an issue in a Municipality.

🌍 Renewable Energy: 1 minute read 🏗️ Hey fellow Civil Engineers! Ready to shape a sustainable future? 🌱 Here's why you should consider renewable energy: 1. Environmental Impact: 🌿 Transitioning to renewables reduces carbon emissions and environmental degradation. As Civil engineers, you play a vital role in making this happen. 2. Innovation: 🚀 Renewable energy offers exciting opportunities for innovation. You should stay informed to drive progress in energy infrastructure. 3. Sustainability: 🏡 Integrate renewables into projects for greener infrastructure and resilient communities. 4. Career Opportunities: 💼 The sector offers diverse roles for civil engineers. Enhance your skills for meaningful projects and career growth. 5. Global Impact: 🌎 Join the movement for a cleaner, greener, and more equitable world through renewable energy. Let's build a brighter future together!💪 #RenewableEnergy #SustainableInfrastructure #CivilEngineering #CleanEnergyFuture #GreenTech #ClimateAction

From Bridges to Batteries: My Next Leap Forward 🌉 ▶ ⚡️ You never really know where the road of life will take you. One minute you’re managing the installation of complex MEP systems on one of the largest international bridges in North America, and the next, you’re on a mission to redefine how the automotive powers itself. Today, I’m beyond excited to share that I’ve taken on a new role as Jr. Project Manager at Sylvan, Inc., and I’ll be working on the NextStar Energy Windsor project. What’s that, you ask? Well, imagine building something that won’t just stand for a century, like a bridge—but will change the course of energy for a century. This project isn’t just another line on my resume. It’s a pivot into the future of how we, as a society, will generate, store, and consume energy. We’re talking about Canada’s first large-scale, electric-vehicle battery production facility. It’s about creating sustainable energy solutions that our future selves will look back on and thank us for. Am I ready for the challenge? Absolutely. Am I ready to lead a project where every decision impacts not just today, but decades to come? You bet. But this isn’t just about me—it’s about the team at Sylvan, Inc., the collective brilliance of the engineers, designers, and visionaries working together to redefine what’s possible. It’s about creating a legacy in the renewable energy sector that speaks louder than words and lasts longer than we ever will. Thank you to the team and Eric Farron for this opportunity. From international bridges to renewable energy, this is the next leg of my journey. It’s bold. It’s ambitious. And honestly? It’s exactly where I’m meant to be. Let’s power the future. Together. #NextStarEnergy #PoweringTheFuture #ProjectManagement #Engineering #RenewableEnergy #Disruption #Sustainability #BigLeaps