The job market for electrical professionals is booming and expected to expand in the coming year—and beyond! Sustainability efforts, governmental incentives, and innovative technology are just some of the forces driving the industry’s impressive growth.

How did we get here, and what’s on the horizon for electrical professionals? Read on! 

Promising Stats for the Future of Electrical Professionals 

National employment in the electrical industry is predicted to grow at an astounding rate of 6% a year until 2032. This means more chances to level up careers for existing electricians and an excellent career choice for anyone looking to enter the field. Salaries are also trending upward, with a 9.14% increase in 2023 for entry-level professionals, and are expected to rise. 

Statistics a little closer to home reveal a potential 16% employment growth in Oregon and 18% in Washington by 2030. Whether you are a seasoned professional or looking for a career shift, the Pacific Northwest has much to offer its electrical industry.

What’s Behind the Electrical Industry Boom?

A few factors are converging to create new job opportunities. Environmental efforts are driving change, electrical-based energy innovation is changing the power landscape, and new infrastructure is being built.

Fast Growing Eco-Industries Require Electrical Expertise 

Some rapidly growing industries will rely on knowledgeable electricians and contractors. According to reports from IBISWorld, solar power is expected to see 23.5% revenue growth by 2025. Electricians are pivotal in solar power installation, maintenance, and design; they will also be vital in integrating solar power and other renewable energy resources into electrical systems. 

The same report shows that the hybrid and electric vehicle industries are predicted to grow by 22.1% by 2025. Oregon and Washington have pledged to reduce carbon emissions and install charging ports throughout both states. Oregon, in particular, has allocated $52 million over the next five years to fund port installation projects. These electric-based ports will require trained electricians in the EV industry.

The Electriction of Everything

The future is now, and the future is electric. Sectors across the U.S.—from transportation to buildings to agriculture—seek electrical solutions to improve energy efficiency, reduce carbon emissions, and modernize. Part of those solutions involves complex designs based primarily on electrical energy. Residential and commercial buildings are installing more and more electrical equipment to reduce reliance on gas energy. The promise of fully automated Smart buildings and electric construction equipment will further push the need for more electricity and more electrical professionals. 

Increased Power Demand

As power output becomes more electric-based, the need to generate more electricity is inevitable. Microgrid infrastructure and data center development investments will provide advanced energy storage solutions to meet demand. In Oregon, the CHIPS Act funds semiconductor manufacturing in the Pacific Northwest, which means more jobs and energy generation.

Preparing for the Future 

With so many job growth opportunities in the electrical industry, it may take time to determine the best path to advancement. Continuing education and training are crucial to stay relevant. Pursuing training and certificates in renewable energy, electric vehicle charging systems, and Smart building technologies will be indispensable. Staying updated on evolving safety and security measures is also a must. Networking and having access to resources will also help propel careers forward.

The NECA/IBEW Partnership Advances Opportunities for Electrical Professionals

For more than a century, NECA and IBEW Local 48 members have played a vital role in shaping and powering Oregon and Southwest Washington. This partnership has not only transformed our region’s electrical infrastructure but also paves the way for a future centered on sustainable energy.

Experience the impact of membership by joining a community committed to excellence, innovation, and growth. Together, we are fostering a brighter and more efficient future for the Pacific Northwest, backed by a legacy of craftsmanship and leadership that propels progress onward.

Electricians will play a significant role in the future of innovative energy infrastructure. With more power demands in our region, it’s crucial to understand the opportunities and challenges shaping the future of electricity.

Electrical Power Grids: Then vs Now

Power grids functioned as single-path systems in the past. Electrical power was engineered in a plant, and the energy was sent directly to buildings to power everything from lighting, HVAC equipment, and appliances. The power grids of today—and the future—have a more decentralized framework and draw on more renewable resources. 

Understanding Energy Demand in the Pacific Northwest

The demand for energy in the Pacific Northwest is surging and shows no signs of slowing down. According to the Pacific Northwest Utilities Conference Committee (PNUCC), demand could increase by 30% over the next decade. 

What’s Driving Demand? 

There are a few factors that contribute to the accelerated energy need:

• Urbanization and population growth. As cities expand and populations rise, the overall demand for electricity increases to support infrastructure, homes, and businesses.
• Investing in U.S.-based high-tech manufacturing. The CHIPs Act promises to bring billions in semiconductor investments to the Pacific Northwest. With the added infrastructure comes expanded electricity demands.
• The growth of data centers. As more and more data centers pop up in the PNW, more energy is needed to help meet the needs of these tech-housing buildings. 

What Does the Modern Energy Landscape Look Like? 

We are at the dawn of an exciting time in electricity development and implementation. Smart homes are becoming a reality, electric vehicles are on the rise, and advancements in technology are transforming how we power our lives. These technologies have influenced electricity consumption patterns and, as a result, require reliable energy sources. 

Climate Change and Energy

Climate change plays a significant role in evolving energy systems. The drive to reduce fossil fuel use has propelled renewable energy sources into the forefront of electrical infrastructure changes. Newer, green technologies introduce more grid variability. Renewable sources, like wind, solar, and hydrogen, require efficient energy storage capabilities to provide real-time energy. 

Climate change increases the strain on electrical grids due to extreme weather events. Storms, heatwaves, wildfires, and ice can severely stress energy systems, leading to significant power outages during peak demand periods. Case in point, weather-related events caused 80% of significant power outages between 2000 and 2023.

Energy Demand Solutions: Capturing Power 

How is the Pacific Northwest preparing for pressing energy demands and infrastructure change? The answer involves a multifaceted approach that utilizes natural resources and modern innovation. 

Microgrid Technology: 

Microgrids are self-contained energy sources that can work independently or as part of a more extensive grid system. They can seamlessly integrate into sustainable energy sources, balance energy usage and demand to optimize energy use, and provide power when main grids shut down. 

In the Pacific Northwest, two large-scale community microgrids are in the works to help meet demand. 

Clean Hydrogen:

Green hydrogen—splitting water molecules by electrolysis powered by renewable energy—is coming to the PNW from government funding. The Pacific Northwest Hydrogen Hub project will receive up to $1 billion in federal investment to boost energy production and increase jobs.

The above solutions provide a roadmap for handling growing energy demands. However, knowledgeable, experienced contractors and electricians will play a huge role in the Pacific Northwest’s electrical future.

The NECA/IBEW Partnership: Powering the Pacific Northwest’s Future

For over a century, NECA and IBEW Local 48 members have been instrumental in building and powering Oregon and SW Washington. The NECA/IBEW partnership has not only helped shape our region’s electrical infrastructure but also leads the way into the future of sustainable energy. 

Discover the difference that membership makes by joining a community dedicated to excellence, innovation, and growth. Together, we are ensuring a brighter, more efficient future for the Pacific Northwest, with a legacy of craftsmanship and leadership that continues to drive progress forward.

Lighting is more than just turning on a switch—it’s about creating environments that boost productivity, enhance aesthetics, and ensure safety. And behind every well-lit space are electrical professionals, working to balance performance and energy efficiency. Electricians and contractors also draw on their expertise in wiring, power distribution, and control systems to maximize performance and minimize energy consumption. 

With new technologies developing every day, modern electricians need to stay ahead of the curve to ensure safe practices. From solar energy to other cutting-edge tech, today’s contractors and electrical professionals need to be well-versed in current options for commercial lighting. 

What Electrical Pros Need to Know About Advanced Lighting Systems

Lighting technology has advanced dramatically in recent years. The 20th century welcomed the beginning of the electrical age, which brought us heating, cooling, and, of course, lights. The lighting systems of the past used a filament heated by electricity to produce light or an electric arc between carbon electrodes. However, lighting today is far more efficient, drawing on smart tech and sustainable resources. 

The Role of Electrical Experts in Modern Commercial Lighting Systems

Modern lighting technologies have revolutionized the electrical industry, and electricians today are expected to be proficient in digital controls, automation, and energy management. To keep up with the evolving demands of the field and enhance your expertise, here are some important lighting trends to keep on your radar.

Sustainability Resources

Electricity comes from various sources. In the Pacific Northwest, we have invested in eco-friendly energy production to deliver renewable electric power options. As the demand for sustainable solutions grows, energy efficiency is at the forefront of commercial lighting design. Electricians knowledgeable in solar design and efficiency can provide innovative, money-saving solutions for commercial lighting.

Smart Tech Integration

Commercial building owners are constantly looking for ways to reduce excessive energy costs. As a result, smart lighting systems have become a popular solution. What makes smart technology so attractive is its ability to offer both energy efficiency and greater control and customization over lighting systems.

Smart lighting customizations can adjust lighting based on occupancy and time of day, maximizing illumination without excess energy waste. Electrical professionals skilled in smart lighting installations can integrate these advanced systems to help their clients reap the benefits of smart tech. 

Longevity Through Professional Maintenance

Modern lighting systems are complex and require expert attention. As technology continues to evolve, specialized training will be necessary to keep systems running and up to date. Electricians will be crucial in identifying and resolving issues, including faulty wiring, connectivity problems, and poor light quality in smart systems. 

Why Continuous Learning is Key for Pacific Northwest Electrical Professionals

The job scope of electrical professionals in the Pacific Northwest goes beyond wiring and installation. Today’s electricians and contractors need to constantly learn and adapt to stay cutting edge. Continuing education and certification in current technologies, energy policies, and sustainable practices are all essential to staying competitive in the field.

Learn About the NECA/IBEW Local 48 Partnership 

For over a century, NECA and IBEW Local 48 electrical professionals have played a pivotal role in building Oregon and Southwest Washington. Through their strong partnership, they have been at the forefront of leading the region’s electrical industry. Members gain access to continuing education, essential training, industry resources, and more. 

Get details about membership opportunities. 

Warehouses are complex buildings that require unique solutions and electrical experts to incorporate energy-saving solutions. By nature, warehouses are large infrastructures that consume a lot of energy. 

According to Oregon.gov, heating, cooling, and ventilation drain the most electricity and natural gas in large commercial spaces. Lighting is a close third. In the Pacific Northwest, warehouse owners want to improve energy performance to comply with green-based legislation and save on their bottom line. 

Here’s where electrical professionals come in. With their advanced training, up-to-date knowledge of technology, and hands-on experience, they can significantly improve warehouses. They enhance energy performance, reduce costs, and promote sustainability.

5 Ways Warehouse Electrical Professionals Optimize Energy Performance

Electrical professionals are experts in the latest technology and energy-efficient solutions for warehouses. They play a crucial role in transforming energy efficiency by designing energy-saving systems, using renewable energy, and implementing innovative technologies.

Learn how electrical professionals can improve energy management systems, reduce waste, lower utility costs, and enhance overall efficiency.

1) Renewable Energy Assimilation 

Statistics have shown that less than 2% of warehouses use onsite renewable energy systems.These systems can supply over 50% of their electricity needs. With governmental plans in Oregon and Washington to reduce carbon emissions, more commercial buildings will need to increase their usage of sustainably derived energy. 

Knowledgeable electrical professionals are crucial to helping commercial warehouses meet sustainability requirements. Electricians can integrate renewable energy sources into a building’s infrastructure, including the latest solar technology and more. 

2) Smart Energy Management System Implementation

Regulating energy consumption is essential for warehouses to reduce utility costs and greenhouse gas emissions. Electrical contractors can design automated operational systems using smart technology. They can:

• Automate Operations: Lighting, climate control, and security.
• Install Smart Sensors: Monitor energy use and optimize operations.
• Manage Energy: Reduce consumption and integrate renewables.
• Integrate IoT: Connect and control devices and systems.
• Enable Remote Monitoring: Control operations via smart devices.

These solutions improve efficiency, reduce costs, and enhance warehouse functionality and can be fully integrated into a larger network. This can be especially beneficial to warehouses that contain data centers.

3) Energy-Efficient Lighting Installation 

Whether your warehouse needs to replace fluorescent bulbs due to state bans or wants to save on energy costs, electrical professionals are key. Throughout the U.S., lighting makes up 17% of the energy used by commercial buildings. Adopting strategies to decrease lighting costs can help companies shave off unnecessary expenses.

Electricians and contractors can create a plan to swap out high-energy-consuming lighting for energy-saving options, like LEDs. What’s more, they can design smart tech and web-based lighting systems to promote utility savings. 

4) Employee Education & Training 

Electrical professionals know modern energy-saving technology like the back of their hands. It makes sense to have them educate warehouse teams on energy consumption, equipment use, and warning signs of electrical issues. Well-trained warehouse personnel can help ensure adherence to energy efficiency practices.

5) Maintenance & Inspections 

Routine maintenance keeps equipment performing at its energy-efficient best. Skilled electrical experts design regular maintenance schedules to keep everything running smoothly. When an issue arises, they jump in to resolve the problem.  

When outfitting a warehouse for enhanced energy performance, it is imperative to work with licensed and bonded professionals with a background in electrical tech. Reliable experts can guide you through the process, recommend tailored upgrades, and provide reliable work.

Work with Electricians & Electrical Contractors in Your Area 

Energy performance continues to grow with the latest technology and infrastructure trends. Choosing experienced electricians and contractors is critical to integrating and maintaining energy efficiency practices.  

Are you searching for professionals in the Pacific Northwest trained in renewable resources and new technologies? Check out NECA–IBEW Local 48 partnership’s list of expert electrical professionals in your area. 

Microgrid technology is changing the landscape of electrical power systems. These localized energy systems can operate independently or be integrated into larger power grids to supply reliable electrical energy. Microgrids typically come in five different types: commercial, military, campus environment, remote-off grid, and community. For example, Oregon is implementing two large-scale community microgrids: one in Salem and another in Ashland. 

The Salem Smart Power Center stands as a beacon of innovation, encouraging utilities to explore novel methods for energy storage, grid backup, microgrid development, and renewable integration. As part of the U.S. Department of Energy’s Pacific Northwest Smart Grid Demonstration Project, the Center features a 5-megawatt lithium-ion battery and inverter system that can store 1.25 megawatt-hours of energy.

The Ashland microgrid, anticipated to generate 170,000 kWh of electricity annually, will feature a 75-kW dual-axis solar tracking system and lithium battery storage. Located at the City Service Center, this installation will enhance energy resilience for the city’s police and electric departments, as well as the fiber network, in the event of a grid outage.

What Benefits Do Microgrids Promise?

These self-contained energy sources have far-reaching benefits for communities and the environment.

• Reliability During Power Outages: Oregon and Washington are no strangers to power outages. In Washington, one windstorm in 2024 left over 20,000 people without power. During just nine days in 2024, over half a million PGE customers in Oregon were out of power due to winter storms. Microgrids can provide additional energy support during outages and mitigate the frequency and length of outages.
• Supports Sustainable Efforts: Renewable energy sources can be integrated into microgrids, alleviating the dependence on fossil fuels.
• Grow with Energy Demands and Needs: Microgrids can easily grow and adjust to fulfill expanding community needs.
• Cost-Effective to Install: Microgrids are a more affordable option to traditional grid infrastructure due to their small and scalable design.

Shaping the Electrical Future: 4 Crucial Microgrid Trends

The energy landscape is ever-evolving, and microgrids are part of our electrical future. As microgrids continue to develop, the electrical industry can expect to see an increased focus on reliability, innovation, and sustainability. Here are four key trends in microgrid technology to watch in 2024 and beyond.

1) Renewable Energy Source Integration 

Renewable energy source trends are enabling microgrid technology to help combat environmental concerns. Solar photovoltaic (PV) systems are being integrated into existing microgrids to boost sustainability efforts and improve energy efficiency.

2) Advanced Energy Storage 

The rise and increased access to battery electric storage systems (BESS) are driving microgrid infrastructure. A BESS can store power over extended periods of time, including wind and solar-based energy. These systems enable users to deploy energy efficiently and on demand, which means a BESS has the potential to cover power outages instantly.

3) Virtual Power Plants

Virtual power plants (VPP) are decentralized energy networks that generate power units via wind farms, solar panels, and battery electric storage systems. Integrating VPPs into microgrid infrastructure can optimize electricity production and distribution. It can also strengthen grid stability and fight load pressures. 

4) Regenerative Buildings 

In recent years, there has been a movement towards regenerative buildings—aka buildings that produce more energy than they consume. Microgrids can support building-to-grid integration, which in turn can help the evolution of regenerative buildings. 

These trends highlight the emerging microgrid technology and the potential for energy sector transformation. As microgrid technologies continue to advance, they will play an increasingly vital role in energy production and distribution. 

NECA–IBEW Local 48: Shaping the Future of Electrical Innovation

Our aim is to set the benchmark in the electrical industry by exemplifying the highest standards of quality, skill, safety, value, and integrity, thus earning the trust and confidence of our customers and the community.

NECA members benefit from state-of-the-art technology training, safety compliance support, essential industry resources, connections with top electricians, employee education credits, and more. IBEW members can advance their careers with continuing education and training opportunities, job placement assistance, career development resources, and additional benefits. Check out our membership page to learn more.