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Commercial electric panel with multicolored wires.

Inside Fault-Managed Power: Evolving Standards, Smarter Installs, New Possibilities

Fault-Managed Power (FMP) is more than a breakthrough; it’s reshaping the future of electrical systems. As customer expectations rise and safety standards evolve, FMP is opening new doors for electrical professionals to grow their skills, services, and competitive edge. In this blog, we’ll break down how this emerging technology is transforming the way we deliver power and what it means for those leading the charge in the electrical industry.

What is Fault-Managed Power? 

FMP is a system design approach that increases electrical safety and reliability by automatically detecting and managing faults.

FMP is a system design approach that increases electrical safety and reliability by automatically detecting and managing faults. It works by:

  • Converting traditional AC power to high-voltage DC
  • Continuously monitoring for issues like short circuits or overloads
  • Instantly shutting off only the affected area when a fault occurs
  • Allowing power to keep flowing to unaffected parts of the system
  • Reducing downtime and preventing equipment damage
  • Supporting critical operations, such as keeping a data center online while isolating a single faulty server rack

How are FMPs Changing the Electrical Sector?

Historically, there have been three main NEC power classes, each with its unique applications and levels of energy limitations. 

  • Class 1: Widely adopted as a power system, Class 1 power has no limits, but it has higher instances of fire and shock, making precise, expert installation and maintenance crucial.
  • Class 2: Often installed in commercial buildings, Class 2 power is known for its Power over Ethernet (PoE) capabilities. It does not require conduits and can be installed more easily. The power limit is 100 W and 60V. 
  • Class 3: Commonly implemented for home sound and theater, Class 3 power can be prone to shock risk, similar to Class 1. However, it poses less fire risk. The power limit is 100 W and 150V, and highly skilled electrical installation is a must.

What sets FMPs apart and makes their power circuits innovative is their ability to limit energy expenditure when a fault occurs. This unique feature has classified them as Class 4 power, revolutionizing the electrical sector. FMPs provide a more efficient and reliable power system that can adapt to modern energy demands and integrate with new technologies like renewable energy sources. 

3 Benefits of FMPs for the Electrical IndustryElectricity demand projections show a 185% increase by 2050.

Traditional power systems require a significant amount of energy consumption. The growth of data centers, the electrification of everything, and updating aging infrastructure cause a strain on the current power grid. Electricity demand projections show a 185% increase by 2050.

Fault-managed power is unique because it can integrate with renewable energy, self-monitor, improve safety, and maintain a continuous energy cycle, thereby reducing the need for older energy systems while meeting growing energy demands.

1) Superior Power Delivery 

Unlike PoE, FMP delivers up to 2kW per pair of #16 AWG conductors over 500 feet, reaching up to 2 kilometers in some applications, without expensive conduit routing. This efficiency allows electrical contractors to offer competitive pricing and faster project completion, directly improving customer satisfaction.

2) Faster Installation 

Fault-Managed Power (FMP) supports efficient wiring methods like cable trays and J-hooks, streamlining the installation process. While FMP allows technicians to handle certain aspects of the work, licensed electricians still play a key role in design, oversight, and system integration. The result is faster installs, reduced project timelines, and greater flexibility, giving electricians the opportunity to take on more projects and deliver added value to clients.

3) Advanced Safety and Monitoring 

FMP transmitters continuously verify signals and immediately shut off power when anomalies are detected. Built-in power monitoring eliminates the need for supplemental management systems. All data is available through integrated software without additional devices or wiring, which translates into substantial cost savings. 

FMP’s Impact on the Electrical Industry 

With FMPs, electricians can now offer remote diagnostics, predictive maintenance, and ongoing system optimization. This means they can identify potential issues before they become major problems, reducing downtime and improving customer satisfaction. It also creates new revenue streams while positioning electricians as technology partners. 

With FMPs, electricians can now offer remote diagnostics, predictive maintenance, and ongoing system optimization. This means they can identify potential issues before they become major problems.

Discover NECA–IBEW Local 48

Looking for info on being a part of a supportive community of electrical professionals? Visit our membership pages for the Oregon-Columbia Chapter of NECA or IBEW Local 48 to learn more.

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Collage of IBEW Local 48 union electricians and Oregon-Columbia NECA Chapter members.

Hear From Our Members: Real Stories About the Impact of NECA-IBEW Local 48

Every electrical system across the Pacific Northwest is powered by skilled professionals with meaningful stories to tell. Thanks to the partnership between the Oregon-Columbia Chapter of NECA and IBEW Local 48, our strength comes from the people who bring unmatched dedication and craftsmanship to the job day in and day out.

In Their Own Words: Journeys, Insights & Experiences From the Trade

From apprentices starting their careers to seasoned electricians mentoring the next generation, these stories show what it means to be part of our professional community.

Building Careers in the Electrical Trades

Steven Chang, a NIETC apprentice, represents the next generation of electrical professionals. His journey from MMA fighter to working in the electrical sector is a real-life example of how comprehensive training programs create pathways for individuals from all backgrounds to build rewarding careers in the electrical trades. 

Steven Chang, NIETC apprentice.“I know that being in this trade and being an apprentice can be time-consuming. But I believe dedication and impulse control are key. You can make time by cutting out things that aren’t necessary or important.

My first piece of advice is that, and secondly, I would say—more than anything—learn to love learning. Grow a true passion for learning, and develop a passion for the trade. If you do that, you’re going to be fine.”

—Steven Chang, NIETC Apprentice

Meanwhile, Steve Huson’s story demonstrates the long game: how IBEW Local 48 membership isn’t just about landing a job, it’s about building a career that lasts. After 22 years in the Oregon Army National Guard, Steve used his military experience to excel in the civilian workforce. Starting with the Corps of Engineers as an electrician, he progressed to a construction supervisor.  

“I’ve been a member for about 19 years now. I’ve been an electrician for 24, but I joined the IBEWSteve Huson, Safety Coordinator at Mill Plain Electric. when I decided to make the switch. Before that, I was working as a machinist at Columbia Engineering Works. I remember watching the electricians on the job, thinking, ‘Those guys are making a lot more money than I am and they don’t seem to be working as hard!’ One of the machinists I worked with ended up applying to the union, and when he came back and told me about it, I thought, ‘Okay, it’s my turn!’ So, I went ahead and applied myself.”

—Steve Huson, Safety Coordinator at Mill Plain Electric

Steve’s journey highlights how membership offers support, community, and opportunities for long-term growth, helping professionals build skills, confidence, and a career with purpose.

Experienced Leadership Guiding the Way 

Veteran members like Larry Warren bring decades of expertise to every project, embodying the craftsmanship standards that make NECA-IBEW Local 48 members the preferred choice across Oregon and Southwest Washington. His work portfolio reads like a history of the industry itself. He has a rich background as a journeyman electrician, foreman, general foreman, superintendent, and project manager.

“I used to work in the grocery industry while also taking care of my seven kids. The job hadLarry Warren, IBEW Local 48. demanding hours, with weekend shifts and split schedules. I needed a change, something with a regular eight-to-five schedule and weekends off so that I could spend more time with my family. One day, I was riding an elevator and I overheard someone mention the IBEW. I asked them about it, got some information, and after considering it, decided it was the right career move for me.”

—Larry Warren, retired member of IBEW Local 48

Educators like Kennitha Wade play a crucial role in developing future professionals. As a practicing electrician and NIETC instructor, Kennitha connects classroom learning with real-world application. Plus, her involvement with the Electrical Workers Minority Caucus has long-lasting impacts on the community.

 “I got involved with EWMC pretty early in my apprenticeship…For me, the EWMC is like the heart ofKennitha Wade, electrician and NIETC Instructor. the IBEW. It’s what keeps the IBEW working and running, and it brings the cohesiveness of being a part of something bigger. So, going to that first conference was like, ‘Oh, this is way more than just a career to make money and take care of your family. This is way bigger than that.’”

—Kennitha Wade, Electrician & NIETC Instructor

Kennitha and Larry’s work directly impacts the quality of training that apprentices receive and helps maintain the skilled workforce that drives our industry forward.

Breaking Barriers, Building Futures

Michelle Thomas’ story highlights how IBEW Local 48 creates opportunities for skilled professionals from diverse backgrounds. As a journeyman electrician, Michelle’s career path demonstrates that the electrical unions support talented individuals from diverse backgrounds.

“I first got involved [with Sisters in Solidarity] in 2023 as a journeyman and I wish I would have doneMichelle Thomas, IBEW Local 48 Journeyman. it sooner! From the very beginning of my apprenticeship, I have been a volunteer, an ambassador, and a mentor. I’ve helped two dozen people join the trade and have been volunteering to talk to high schools for the seven years I’ve been with IBEW Local 48. I know these commitments helped me get selected to join the Sisters in Solidarity sponsored trip to the 2023 Tradeswomen Build Nations Conference in Washington D.C. and it changed everything.”

—Michelle Thomas, IBEW Local 48 Journeyman

Bridget Quinn works as Workforce Development Coordinator at the NECA-IBEW Electrical Training Center, keeping training programs cutting-edge and responsive to industry needs. Her behind-the-scenes work helps ensure that graduates enter the workforce well-prepared for the challenges they’ll face in their careers.

“I also run our Ambassador 48 program, which is a platform to train our members for career fairs andBridget Quinn, Workforce Development Coordinator at NECA-IBEW Electrical Training Center. speaking engagements in classrooms. This allows us to match individuals from our diverse community with schools that share similar diversity and age groups.”

—Bridget Quinn, Workforce Development Coordinator at NECA-IBEW Electrical Training Center

Michelle and Bridget demonstrate how the NECA-IBEW Local 48 partnership champions diversity and inclusion in the electrical trades.

Get Involved in Our Community

These stories represent just a glimpse of the dedicated professionals driving the NECA-IBEW Local 48 partnership forward in the electrical industry.

Whether you’re exploring career opportunities, building your skills, or seeking a network that has your back, you belong here. Together, we’re not just powering buildings. We’re shaping careers, strengthening the workforce, and building a brighter future for the Pacific Northwest.

Ready to join a team that values growth, craftsmanship, and connection? We’d love to hear from you. Visit our dedicated membership pages for the Oregon-Columbia Chapter of NECA or IBEW Local 48 to learn more.

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Residential solar panels covered in ice and snow.

Can Solar-Powered & All-Electric Homes Stand Up to Severe Weather?

As more homeowners switch to solar energy and electrification, a big question is coming up: are these systems ready to handle extreme weather? According to an article in Electrical Contractor Magazine, over a quarter of U.S. homes are already fully electrified and solar installations are expected to triple in the next five years. This means it’s more important than ever to understand how these homes hold up during power outages, winter storms, and heat waves.

For electricians and contractors, knowing how fully electrified and solar-powered homes perform helps ensure installations are reliable and customers get the support they need as their energy systems evolve.

3 Ways Weather Affects Electric & Solar Homes

Fully electrified and solar-powered homes are designed for energy efficiency and environmental performance. However, their reliance on a consistent electrical supply makes them sensitive to specific weather disruptions. Fully electrified homes are three times more likely to be vulnerable during winter power outages than those with other energy sources. 

As climate patterns shift and extreme events become more frequent, it’s essential to understand how different conditions can influence system performance and household comfort.

Fully electrified homes are three times more likely to be vulnerable during winter power outages than those with other energy sources.

1) Solar Production Challenges 

Solar panels work most efficiently when they have clear skies and steady sunlight, but extreme weather can significantly impact performance:

  • Heavy snowstorms can cover panels and reduce generation for extended periods
  • Dense wildfire smoke blocks sunlight and limits energy production
  • Prolonged overcast conditions dramatically decrease available energy for use or storage
  • Increased energy demands during weather events strain already reduced solar output

While panels typically self-clear snow with sun exposure, extended low-light periods create energy shortfalls precisely when homes need power most for heating or cooling.

2) Peak Load Pressures

Extreme temperatures increase household energy consumption as HVAC systems work overtime to maintain comfort. Heat waves and cold snaps create significant challenges:

  • Grid strain during peak usage can limit available power
  • Undersized energy storage systems may struggle to meet increased demands
  • Homeowners may need to adjust usage patterns to conserve stored energy

3) Physical System Vulnerabilities

While residential solar systems are built for durability, weather exposure remains a concern:

  • Rooftop panels face potential damage from wind, ice, and debris
  • Wiring and inverters require protection from environmental extremes
  • Outdoor heat pump units need strategic placement and weatherproofing
  • Proper installation techniques become critical for long-term resilience

Despite these challenges, thoughtfully designed electric and solar-powered homes can deliver exceptional comfort, control, and resilience during severe weather events.

Key Considerations for Electrification & Resilience

Electrification is a valuable strategy for achieving long-term energy goals, and with proper planning, these systems can provide reliable performance even under challenging conditions. Below are a few key elements to keep in mind when working with residential clients.

Solar & Backup Power Combos

Pairing rooftop solar with home energy storage systems creates a robust defense against outages caused by storms, wildfires, or grid failures. This innovative combination ensures power during emergencies and represents the promising future of solar energy resilience. 

When the grid is down, batteries can power essentials like refrigeration, lighting, communication, and heating or cooling. This setup improves self-reliance and helps clients manage energy use more effectively during emergencies.

Heat Pumps for All Seasons

Electric heat pumps offer efficient heating and cooling in one system. Cold-climate models remain effective even in freezing temperatures. When powered by solar, they provide low-emission, reliable comfort year-round. 

Integrating smart thermostats or energy management systems can enhance performance and reduce grid impact during peak demand.

Innovative Design for Pacific Northwest Conditions

Our region has seen increasingly severe weather events that impact energy systems. Tailoring these systems to local weather conditions increases both performance and durability. Consider:Severe weather in the Pacific Northwest is testing energy systems and localized design improves performance and durability.

  • Weather-Resilient Design: Ensure rooftop solar panels are securely mounted and angled to promote snow shedding.
  • Protective Placement: Install outdoor units in shielded areas that reduce wind exposure and prevent physical damage.
  • Routine Maintenance Plans: Offer service packages that include seasonal inspections and preventive care to catch minor issues before they lead to failures

Building Toward a Resilient Future

For electricians and energy professionals, mastering weather-resilient design principles creates opportunities to deliver systems that meet environmental goals and provide genuine energy security when customers need it most.

Discover NECA–IBEW Local 48

Interested in joining a strong, supportive community of electrical professionals? Visit our dedicated membership pages for the Oregon-Columbia Chapter of NECA or IBEW Local 48 to learn more.

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Multiple white energy storage systems (ESS) in a green field with trees in the background.

2026 Trends in Industrial Electrification: Smarter, Cleaner, Faster

Energy demand in the Pacific Northwest is expected to double by 2046, fueled by rapid growth in data centers, electric vehicles, building electrification, semiconductor manufacturing, and green hydrogen production, an energy-intensive process that uses electricity to split water into hydrogen and oxygen.

In response, many industrial facilities are exploring electric systems as a way to meet future energy needs more efficiently. Electrification offers a path to lower operational costs, modernize infrastructure, and improve overall performance.

Electrification in Industrial Sectors: Trends & TechEnergy demand in the Pacific Northwest is expected to double by 2046.

According to the American Council for an Energy Efficient-Economy (ACEEE), industrial electrification is gaining traction with manufacturers nationwide. In the Pacific Northwest, two trends stand out in transitioning to electrical energy in 2026 and beyond. 

Clean Operational Systems in Pacific Northwest Manufacturing 

Industrial heat pumps (IHP) are high-efficiency systems that transfer heat from one location to another by upgrading low-to-moderate heat for reuse in manufacturing processes. Some statistics report that electrical-based heat pumps can provide up to 90% energy-intensity reduction compared to traditional, industrial reboiler or condenser systems.

Advantages of IHPs

  • Recycles waste heat: Captures and reuses low-grade thermal energy from industrial processes
  • Reduces fossil fuel reliance: Shifts thermal systems to clean, electricity-based alternatives
  • Cuts energy consumption: Improves efficiency across heating and cooling applications
  • Lowers operational costs: Decreases utility expenses through more innovative heat management

Manufacturers are increasingly focused on electrifying low- to mid-temperature processes to improve energy efficiency and reduce costs. As these systems become more common, there’s a growing need for professionals who understand high-efficiency heat transfer systems, low-temperature process integration, and control strategies that support heat recovery and reuse. Developing these skills not only supports clients in meeting their sustainability goals but also strengthens their ability to deliver future-ready electrical solutions.

Thermal Battery Storage for Temperature-Intensive Industries

Unlike conventional batteries that store electricity, thermal energy batteries store excess energy as heat in materials with high thermal mass, such as graphite, molten salts, or engineered bricks. 

This stored heat can be delivered on demand to support energy-intensive processes like drying lumber, where speed and high temperature needs are required. Thermal batteries can also be utilized in food and beverage manufacturing. The energy is stored during low-demand times or after-hours, then used during production times, thereby reducing food waste.

Advantages of Thermal Batteries

  • Long-duration storage: Retains heat for days to months, ideal for variable renewable generation
  • Lower cost and longer lifespan: More durable and cost-effective than lithium-ion alternatives
  • Cleaner industrial energy: Supports decarbonization by storing heat from wind or solar sources
  • High efficiency: Delivers thermal energy directly to industrial processes with minimal conversion losses

As thermal batteries become more common in industrial settings, implementing them effectively requires a solid understanding of heat transfer systems, high-temperature insulation, and the integration of  renewable inputs into thermal outputs. These systems also call for close collaboration between electrical and mechanical teams to ensure performance and reliability.

Looking Ahead: 2026 & Beyond

To stay at the forefront of this transformation, electrical professionals are focusing on expanding their knowledge in areas such as advanced control systems, energy storage integration, and electrification of industrial processes.

Being part of this shift also calls for:

Staying informed creates opportunities for electrical professionals ready to embrace the cleaner, faster future of industrial operations in the Pacific Northwest.

View or download the infographic about industrial emissions and energy shifts in Oregon and Washington.

Become Part of a Strong Network of Electrical Professionals

If you’re looking to join a strong, supportive community of electrical professionals in Oregon and Washington, or you’re already in the trade and want to take the next step in your career, there are great resources available. Visit our dedicated membership pages for the Oregon-Columbia Chapter of NECA or IBEW Local 48 to learn more.

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Four IBEW Local 48 union members wearing safety gear standing outside of a commercial building under construction.

The Benefits of Joining IBEW Local 48

Looking for better pay, career growth, and health and retirement benefits? Electricians across Oregon and Southwest Washington are discovering the incredible advantages of IBEW Local 48 membership. Whether you’re a novice or a seasoned professional, joining us provides the support, stability, and benefits necessary to expand your career and realize your full potential, empowering you to take control of your career.

DISCOVER IBEW LOCAL 48

What Is IBEW Local 48?  Female IBEW Local 48 union member installing a metal grid for electrical conduit.

The International Brotherhood of Electrical Workers (IBEW) has represented skilled electrical workers since its founding in 1891. IBEW members have powered North America with expert craftsmanship, innovative thinking, and the skills that keep our world running.

IBEW Local 48 is more than just a labor union for electricians in Oregon and Southwest Washington. It is a long-standing advocate for worker rights, industry excellence, and professional growth. The Local’s reputation is built on raising industry standards, securing strong contracts, and offering the training and resources electricians need to thrive in a competitive and fast-changing field.

When you join IBEW Local 48, you are not just joining a union. You are becoming part of a respected, future-focused organization that is deeply committed to creating the best opportunities for its members.

5 Exclusive IBEW Local 48 Union Member Advantages

Five exclusive benefits of membership to the IBEW Local 48 electrician union include industry advocacy and support, training and education, competitive wages and benefits, networking opportunities, and career advancement.

1) Industry Advocacy & Support

IBEW Local 48 works to ensure electricians receive fair wages, strong labor protections, and safe working conditions. Joining Local 48 means gaining a collective voice that helps shape workplace policies and secure competitive benefits. As a member, you have the support and resources needed to navigate career transitions, negotiate fair wages, and build long-term stability in the electrical trade.

2) Training, Education & Certifications

IBEW offers continuing education programs, apprenticeships, and access to cutting-edge technology training to help members stay ahead of the curve. Whether you’re looking to expand your skills and advance in the industry, membership gives you the tools and resources to gain new knowledge, making you a highly desired electrician. If you are thinking of making a career move into the exciting electrical industry, apprenticeships give you the skills to start on your career path. 

3) Competitive Wages & Benefits 

IBEW members consistently earn higher wages when compared to non-union electricians. Through union-negotiated contracts, members receive better-paid leave options, comprehensive health benefits, and retirement security, ensuring long-term stability for you and your family.  

4) Community & Networking  

IBEW Local 48 membership means more than just professional benefits. It means becoming part of a powerful network of professionals who have your best interests at heart. From monthly mentorship committee meetings to industry events, electricians gather to support one another and foster lasting connections. 

5) Career Advancement

Being an IBEW member is a mark of excellence, reliability, and experience in the electrical industry. Membership offers access to world-class training and ongoing education, ensuring electricians stay current with the latest technologies and industry advancements. It’s a powerful way to sharpen your skills, enhance job prospects, and open the door to expanded career opportunities. Whether you’re just starting out or looking to take your career to the next level, IBEW membership sets you apart and helps you build a future rooted in quality and professionalism.

Who Should Join?  Whether you're a seasoned electrician looking for better job security or brand new to the trade, IBEW Local 48 is here to help you succeed!   

Anyone who wants to become part of the growing electrical profession should join. Whether you’re a seasoned electrician looking for better job security or brand new to the trade, IBEW Local 48 is here to help you succeed!

If you want:  

  • Better wages and robust health and retirement benefits
  • Stronger job security
  • Access to education and training 
  • A supportive network of professionals

Then IBEW Local 48 membership is the right move for you!

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Hear From Current Members  

See what our members have to say about being a part of the IBEW Local 48 community.

 

Stephen Chang, NIETC Apprentice  I’m surrounded by some of the most inspiring, hardworking, and smart people—some of them are really competitive, too. But they’re also a lot of fun to be around, whether it’s on the job site or with my classmates. I’m so happy and fortunate to be part of this community…I can’t stress enough what the union means, not just to me, but to working Americans and to American history. 

~ Steven Chang, NIETC Apprentice

 

Bridget Quinn, Workforce Development Coordinator at NIETCI met an electrician who changed everything for me. He told me about an apprenticeship program. Meeting him was lucky because it led me to a career where I could use my hands-on skills in a big way…[Now] I also run our Ambassador 48 program, which is a platform to train our members for career fairs and speaking engagements in classrooms. This allows us to match individuals from our diverse community with schools that share similar diversity and age groups.

~ Bridget Quinn, Workforce Development Coordinator at NIETC

 

Michelle Thomas, IBEW Local 48 JourneymanI’m now gainfully employed making $60.50 an hour as a Journeyman Electrician, own my own home, and have all the resources of a strong union at my fingertips. What’s more, I get to help others succeed. It’s the absolute all-time high for me.

~Michelle Thomas, IBEW Local 48 Journeyman

Become a Member of the IBEW Local 48 

From stronger support to better benefits, career advancement, and continuing education, membership pays off.  

Ready to secure the future you deserve? Join IBEW Local 48 today and start reaping the benefits. Learn more about the difference membership can make in your life and career. 

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Four Oregon-Columbia Chapter of NECA electrical contractors in safety gear.

The Benefits of Joining the Oregon-Columbia Chapter of NECA

Are you an electrical contractor ready to grow your business, expand your network, and unlock new opportunities? Join a community of forward-thinking electrical professionals through the Oregon-Columbia Chapter of NECA. From exclusive industry insights to valuable partnerships and business development tools, NECA offers the resources and support you need to thrive in a competitive market.

OREGON-COLUMBIA CHAPTER OF NECA

What Is the NECA Oregon-Columbia Chapter? 

The National Electrical Contractors Association (NECA) is the premier organization representing electrical contractors by providing advocacy, education, andElectrical contractor in safety vest, goggles, and hard hat holding an electrical panel monitoring device. business support. For over a century, the Oregon-Columbia Chapter has proudly served the electrical contracting industry in Oregon and Southwest Washington, helping local contractors grow, adapt, and thrive in an ever-evolving marketplace.

Joining NECA means more than keeping up with industry changes. It means leading the way forward. With expert guidance, valuable networking opportunities, and exclusive programs, NECA empowers contractors to build stronger businesses, enhance communities, and achieve lasting success. NECA members are at the forefront of industry innovation, shaping the future of electrical contracting while upholding a legacy of excellence built over the last 100 years.

5 Exclusive NECA Member Advantages  

Five exclusive advantages of being a member of the Oregon-Columbia Chapter of NECA include industry advocacy, education and training, business development, networking opportunities, and professional credibility.

1) Industry Advocacy & Representation 

NECA members receive dedicated representation to ensure their interests are protected in industry regulations, safety codes, and government policies. The Oregon-Columbia Chapter actively influences standards by providing compliance assistance, business resources, and up-to-date industry research.

As a NECA member, you not only stay informed about industry changes, but you also have the opportunity to help shape them, empowering you to make a difference in the industry.

2) Education, Training & Certifications

NECA offers top-tier education through seminars and online learning. The NECA Learning Center features specialized seminars covering field supervision, estimating, finance, and more, giving members the skills they need to stay ahead of the curve. Members also receive discounted rates for hundreds of online classes, enhancing their education on the latest trends and compliance requirements. These courses deliver practical knowledge that can be applied immediately to improve business operations.

3) Business Growth & Development  

NECA provides exclusive resources to help contractors expand their businesses and maximize profitability. These resources include online business development tools, labor relations guidance, and nationwide networking opportunities with general contractors and industry peers. 

4) Community & Networking

Membership means joining a network of professionals who share knowledge, mentor newcomers, and collaborate on projects. NECA hosts events, workshops, and networking opportunities that help electrical contractors build lasting connections and strengthen their industry presence.

NECA fosters a strong sense of community where members are included and supported. This industry camaraderie is a key part of the NECA experience, setting it apart from other organizations.

5) Professional Credibility 

NECA Oregon-Columbia membership represents trust, reliability, and expertise in the electrical contracting industry. Clients recognize NECA members as highly skilled professionals backed by a reputable organization.

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Who Should Join?  NECA offers business development, advocacy, and professional growth opportunities that enable you to succeed in a competitive industry.

If you’re an electrical contractor looking to grow your business and advance in the industry, NECA membership is your key to success. NECA offers business development, advocacy, and professional growth opportunities that enable you to succeed in a competitive industry.

If you want:  

  • Stronger industry representation 
  • Access to education and training  
  • Business development resources 
  • A supportive network of professionals

Then joining the Oregon-Columbia Chapter of NECA is the next step!

Become a Member of the Oregon-Columbia Chapter of NECA

From professional support to better business outcomes, NECA membership offers the tools needed to succeed in electrical contracting. With access to industry advocacy, education, business growth resources, and a supportive network, NECA helps members achieve their highest potential.

Interested in being part of a supportive community of electrical professionals? Learn more about the difference membership can make in your life and business. 

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floating solar panels

America’s Floating Solar Future: What You Need to Know

The renewable energy sector is booming, and new technologies like floating solar panels are opening up exciting opportunities for electricians and contractors. This emerging technology could revolutionize America’s solar capacity, creating significant opportunities for contractors to grow with the green economy. The potential for growth in the renewable energy sector is immense, and it’s an exciting time to be part of this industry.

What is Floating Solar? 

The solar industry has grown significantly over recent years. While most people are familiar with land-based infrastructure, solar technology now rides new waves. 

Floating solar panels are installed on bodies of water using pontoons or floats. The panels sit above the water and utilize similar PV technology to produce energy like land-based options. However, what makes them particularly intriguing are their unique advantages, which set them apart from traditional solar panels and make them a compelling choice for the future of renewable energy.  Let’s explore these advantages in more detail.

  • Space-saving: Floating solar systems require much less land area compared to ground-mounted solar farms, which is especially valuable in regions where land is scarce or expensive.
  • Improved energy efficiency: Water helps cool the solar panels, which enhances their efficiency and performance. 
  • Water conservation: The panels act as a barrier to reduce evaporation from water bodies, a major benefit in drought-prone areas. Floating solar panels help preserve vital water resources while simultaneously generating clean energy.

Floating Solar Promises Incredible Commercial Growth    

Companies and communities focused on renewable energy initiatives can benefit from incorporating floating solar options. One of the most promising developments is a recent study that found solar panel installation on federally controlled water reservoirs could generate up to 1,042 gigawatts of power—enough to power 100 million homes. 

These stats show floating solar’s vast potential. U.S. reservoirs alone could generate much-needed energy via solar power, underscored by the massive opportunity for commercial growth in renewable energy through floating solar solutions.

How Does Floating Solar Affect Electricians & Contractors?

Floating solar isn’t just a novel concept—it’s a practical solution already being implemented. For example, the U.S. Army at Fort Liberty partnered with Ameresco to develop a floating solar project to enhance energy resilience. The plan is to use two acres of water at Big Muddy Lake at Camp Mackall for the solar installation, which includes:

  • 1.1 MW floating solar PV system with an on-site renewable energy generation
  • 2 MW / 2 MWh battery energy storage system
  • Boiler, HVAC, and lighting system upgrades
  • Necessary water conservation systems

This is just one of many examples of floating solar being put into action, proving its viability and potential. This creates a major opportunity for electricians and contractors who understand the technology. 

Installing floating solar systems requires specialized electrical knowledge, including working with waterproof cabling, energy storage systems, and complex grid integrations. As utilities and municipalities invest in water-based solar installations, electrical professionals with this expertise will be in high demand.

Floating solar panels in lakes.

A New Frontier for Energy Careers

The floating solar market in the U.S. is still in its early stages, but its potential is massive. This expansion means more jobs, contracts, and opportunities to shape the future of energy.

Now is the time for electricians and contractors to position themselves for success in the renewable energy market. Understanding the fundamentals of floating solar technology—its design, installation, and integration—can open doors to projects shaping the next generation of energy infrastructure.

Discover NECA–IBEW Local 48

The NECA–IBEW Local 48 partnership has been integral to Oregon and Southwest Washington’s electrical industry for over a century. Check out our membership page to learn more.

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Energy storage systems (ESS) in a warehouse.

Power Shift: What Electrical Pros Should Know About ESS

The future of energy isn’t just renewable—it’s flexible. As the grid evolves to meet the rising demand for clean power, energy storage systems (ESS) are emerging as the critical link between generation and reliability. With battery storage capacity projected to triple by the end of 2025—reaching 30.0 gigawatts—ESS are no longer optional. They’re becoming the backbone of a resilient, decentralized energy future.

As renewable energy sources like solar and wind continue to gain momentum, the ability to store energy and deliver it on demand is transforming how buildings and facilities are powered. This shift represents a growing opportunity for electricians and electrical contractors to expand their services and stay ahead of industry trends.

Learn more about the growth of energy storage systems and how they affect the electrical sector. 

What is an ESS?  Energy storage systems (ESS) store excess energy for use when demand is high or the grid is under strain.

The rise of renewable energy, particularly solar and wind, has created a more dynamic but less predictable power grid. Energy storage systems (ESS) bridge that gap by storing excess energy when production is high and releasing it when demand surges or the grid falters. ESS capture and hold energy for later use. They are employed to meet energy supply and demand, especially with renewable sources like solar and wind.

ESS provide reliable solutions for:

Why is Energy Demand On the Rise?

The energy storage market is predicted to climb to USD 208.4 billion by 2033. Why? Today’s power grid is more dynamic than ever, especially in high-growth regions like the Pacific Northwest. The area has become a hotspot for data center and warehouse expansion—two sectors heavily demanding electrical infrastructure. 

As more tech-driven buildings come online, energy demand continues to rise. Energy storage systems (ESS) help ensure a reliable power supply—even when the sun isn’t shining or demand peaks.

The energy storage market is predicted to climb to USD 208.4 billion by 2033.

What are the Advantages of ESS?

Energy storage systems play a crucial role in supporting the integration of renewable energy. By storing power for extended periods and delivering it on demand, these systems help manage weather grid instability and outages, making electrical professionals an integral part of the industry’s progress. 

  • Heating, cooling, and lighting account for nearly half of a warehouse’s energy consumption. Utilizing energy storage to mitigate demand peaks can significantly reduce operational costs and enhance sustainability. The opportunity for electricians to implement ESS in these spaces is massive. 
  • Smart buildings utilize sensors, automation, and Internet of Things (IoT) devices to optimize everything from lighting to HVAC systems. ESS complement these technologies by ensuring a consistent power supply, allowing buildings to operate efficiently.

Electrical Professionals Can Stay Ahead of Industry Changes

For electrician professionals looking to stay competitive and future-ready, energy storage represents a valuable opportunity to diversify their skills and grow their business.

  • Get certified in energy storage installation and safety.
  • Learn about solar, wind, and microgrid integration.
  • Stay updated on local codes and utility programs.
  • Explore smart building automation platforms.
  • Offer clients energy audits and ESS recommendations.

For electricians and electrical contractors, the ESS trend isn’t just a technical shift—it’s a career opportunity. Those who understand ESS technology, renewable integration, and smart energy management will be well-positioned to lead the way in 2025 and beyond.

Take the Next Step With NECA-IBEW Local 48

Since 1913, the NECA–IBEW Local 48 partnership has been dedicated to strengthening Oregon and Washington’s electrical sector. Visit our membership page to learn more about benefits and opportunities.

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Blue and white commuter train in Seattle, Washington.

Keep the Wheels Turning: Challenges of Aging Transit Electrical Systems

Public transit commuters take over 100 million trips yearly in Oregon and 151 million in Washington’s Puget Sound region. Workers, students,Restoring transit systems to good repair could cost $20.3 million by 2033. seniors, individuals with disabilities, families, and more all rely on accessible transit to stay connected and independent. However, reliability and safety can be challenging as technology and energy ramp up and transit vehicles age.

According to recent estimates, restoring transit systems to good repair could cost $20.3 million by 2033. Addressing the impacts of aging infrastructure in our public transit systems now maintains the reliability and safety of our public transit systems, 

3 Ways Aging Transit Systems Impact the Community 

Outdated transit systems can result in canceled trips, long and unpredictable wait times, frequent breakdowns, and overall frustration for commuters, impacting daily routines and accessibility. Without dependable, modern systems, economic, social, and environmental issues can arise. 

1) Economic Challenges for Citizens

As systems age and break down, ridership is affected, which not only directly impacts the overall economic health of the Pacific Northwest but also underscores the need for action.

  • Loss of Earnings and Production: Unreliable transit hampers access to jobs, essential services, and businesses, impacting individual earnings and business productivity. 
  • Diminished Job Creation: Areas with poor public transportation options are less likely to attract new businesses and developments, directly reducing job creation and community growth. 
  • Impact on Business Revenue: The lack of investment in transit upgrades and modernization directly affects overall business gains. The yearly loss in the U.S. could amount to nearly $60 billion annually. 
  • Lower Property Values: A robust and reliable public transit system can potentially boost property value by 150%. Due to factors like aging infrastructure, areas with poor or no transit could see stagnant property values, affecting local tax bases and investment in public services.

2) Financial Effects on the Civic Sector 

A lack of ridership caused by aging and outdated transit impacts civic infrastructure and public funds. As revenue from fares decreases, budgets available for maintenance and upgrades also diminish. This can perpetuate a cycle in which outdated infrastructure discourages riders, and fewer riders mean less funding to improve the system.

  • Increased Maintenance Costs: Older infrastructure requires more frequent and costly repairs and maintenance, straining civic budgets. Aging public transit systems require constant upkeep, consume more energy, and lack modern efficiency, putting a heavier financial burden on cities to ensure safety and reliability. 
  • Modernization Delays: Modern transit attracts more users, supports economic growth, and helps cities adapt to changing population and transportation needs. However, budget constraints may delay upgrades, leading to outdated infrastructure, decreased service quality, and rising maintenance costs.

3) Environmental Concerns 

Modern, efficient public transit is key to fighting climate change, easing traffic congestion, and boosting the economy. Well-maintained systems can reduce carbon emissions by 63 million metric tons annually. With approximately 85% of greenhouse gas emissions from the transportation sector tied to surface transit, upgrading these networks is crucial for a sustainable future.

  • Higher Carbon Emission Output: If public transit becomes scarce or unpredictable, riders might choose personal vehicles as their primary transportation. This means more carbon emissions and air pollution.
  • Increased Gasoline Consumption: More cars on the roads translates to higher gasoline usage. Without public transportation, the U.S. could see an extra 6 billion gallons of gas needed annually. 

85% of greenhouse gas emissions from the transportation sector tied to surface transit.

Electrical Professionals Help Power Transit Upgrades  

Upgrading aging electrical transit infrastructure presents challenges, such as outdated switchgear, legacy wiring, and systems not built for today’s energy loads. However, these challenges also present opportunities for smarter upgrades, safer operations, and more reliable service for the communities that rely on public transit daily.

Electrical professionals play a critical role in managing these challenges. From ensuring proper lock-out/tag-out procedures to interpreting undocumented panel layouts, trained electricians can help ensure safe and successful transit modernization efforts. Their technical knowledge is essential to avoid:

  • Equipment failures due to deferred or improper maintenance
  • Damage caused by skipping steps or deviating from procedures during service work
  • Safety risks from incomplete or missing system records

Transit upgrades are rarely simple. However, the electrical workforce is delivering scalable upgrades to prepare transit systems for the future. 

NECA–IBEW Local 48

The NECA–IBEW Local 48 partnership has been integral to Oregon and Southwest Washington’s electrical industry. Being part of our professional collective helps you position yourself as a leader in the electrical sector. Learn about membership and its benefits.

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Wind power stations and solar panels on a building.

Electrical Contracting Trends: What to Expect in the Next 5 Years

The next five years promise to be a transformative era for the electrical contracting industry. With the construction sector seeing growth—projected at 4–5% in 2025—and renewable energy adoption reaching new highs, contractors are entering a period of innovation and expansion.

adapting to market shifts checklist

3 Top Trends Shaping the Electrical Contracting Industry 

As construction activity continues across key sectors, the demand for electrical expertise will increase. Electrical professionals must stay ahead of trends to lead and thrive in a rapidly changing market. Learn more about what’s on the horizon and how to prepare for upcoming opportunities.

1) Renewable EnergyOregon and Washington plan to reduce carbon-based energy emissions by 2030 and become carbon-free by 2050.

The adoption of carbon-neutral energy is surging, fueled by state initiatives and energy independence. The Building-Integrated Photovoltaics (BIPV) market is projected to more than double, reaching $58 billion by 2029. Oregon and Washington plan to reduce carbon-based energy emissions by 2030 and become carbon-free by 2050. To meet those goals, solar, wind, and other clean energy sources are being implemented in residential, commercial, and industrial projects. This presents an opportunity for firms that expand into renewable energy services, tapping into a growing client base and strengthening their long-term market position.

What to Expect: 

  • More projects will involve solar panel installations, BIPV systems, and EV charging infrastructure. Contractors should be prepared for increased involvement in planning, integrating, and maintaining these systems.
  • Demonstrating expertise in clean energy is becoming essential as clients turn to electrical professionals for installation, performance guidance, and assistance with energy incentives. 

2) Energy Storage & Microgrids

Overall energy demand is predicted to increase by 236% by 2050. As a result, interest in energy independence and the demand for advanced storage are skyrocketing. Battery Energy Storage System (BESS) installations are expected to expand, and the microgrid market is on track for a 16.37% CAGR from 2025 to 2033.

What to Expect: 

  • Contractors will increasingly be tasked with integrating solar-plus-storage systems, wiring for energy independence, and setting up infrastructure for microgrids and virtual power plants.
  • Developers and property owners look to energy solutions that increase reliability, especially during outages. These clients want systems that store power, balance loads, and reduce utility costs.

3) Electrification & Smart Building Design 

From lighting to appliances and vehicles, everything is going electric, including building design. The movement toward all-electric, connected buildings is reshaping how contractors approach new construction and retrofits in the Pacific Northwest. With smart building technologies helping reduce energy costs and meet carbon-neutral regulations, the shift is financially and environmentally driven.

What to Expect: 

  • Electrical crews will be installing intelligent systems for lighting and security—often connected to centralized automation platforms. IoT integration is becoming a common client requirement.
  • Property owners want customization, automation, and control. 

Discover NECA-IBEW Local 48

For over a century, the NECA–IBEW Local 48 partnership has focused on advancing Oregon and Washington’s electrical sector. Visit our membership page to learn more.

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