Traditionally, the construction industry defined safety in physical terms: Protective gear, hazard mitigation and compliance standards shaped the industry’s safety culture. In recent years, however, the concept of safety has expanded to encompass both physical and mental health safeguards.

During and , contractors, unions and trade organizations are placing renewed attention on mental health. The issue is being addressed not as a secondary concern but as part of the broader safety framework governing jobsite practices.

This shift is a result of both data and experience. Industry leaders are responding to measurable trends as well as day-to-day observations from the field, where stress, fatigue and burnout can influence performance and safety outcomes.

Data brings visibility to a persistent issue

Recent statistics underscore the scale of the challenge. Nearly reports experiencing workplace stress. In the high-pressure construction environment, increased stress and anxiety can come from long hours, physically demanding work and unpredictable job security. The data backs this up. The construction industry holds , three times the national rate of other professions in the U.S.

Additionally, contractors report that worker well-being can impact operations. Fatigue, distraction and interpersonal conflict are frequently identified as factors that can affect productivity and increase the likelihood of incidents. The combination of quantitative data and observed workplace trends has led organizations to treat mental health as a workplace issue rather than an individual concern outside of employer responsibility.

Integrating mental health into safety frameworks

One of the most meaningful shifts happening in the industry is mental health being incorporated into everyday safety culture and addressed alongside physical safety in the briefings, training programs and protocols crews already follow. The in Portland, OR reflected this approach. The summit focused on practical tools for awareness, suicide prevention and access to care, reinforcing how mental well-being belongs in the same conversation as hard hats and harnesses.

Job site conditions and contributing factors

Industry stakeholders consistently point to working conditions as a contributing factor in mental health challenges. Construction schedules often involve early start times, extended hours and compressed project timelines. These conditions can result in chronic fatigue, which affects concentration and decision-making.

The nature of the work itself introduces additional pressure. Tasks frequently involve high-risk activities such as operating heavy equipment, working at elevation or executing complex installations. Sustained attention is required, and errors can carry significant consequences.

Employment structures also play a role. Project-based work can create variability in job security, while injuries may interrupt income. Financial considerations are often cited as an additional source of stress for workers.

These factors are not isolated to individual companies but are systemic conditions recognized across the industry. Addressing these issues can empower leaders to foster a healthier work environment and improve overall safety culture.

Workplace culture and communication practices

Cultural norms within construction have historically limited open discussion of mental health. The industry has traditionally emphasized self-reliance, which can discourage workers from raising personal concerns.

Current efforts focus on increasing visibility and normalizing communication. Toolbox talks, a standard feature of jobsite operations, are now being used to introduce This approach places mental health within a familiar routine.

Supervisory training has also expanded to include behavioral awareness. Managers are being trained to recognize the early signs that someone may need support, such as changes in attendance, performance or day-to-day interactions with coworkers. The objective is to identify behavior shifts early and connect employees with the appropriate support.

These measures are intended to reduce barriers to communication and create more consistent pathways for addressing workplace concerns. However, challenges such as stigma around mental health and limited resources can hinder progress. Industry stakeholders are encouraged to normalize mental health discussions and commit to initiatives that are sustainable and effective across diverse project environments.

Structured initiatives and resource access

Industrywide initiatives have contributed to a more coordinated response. Organizations focused on construction workforce well-being are developing programs that combine education, outreach and resource distribution.

Employers are adopting a range of measures, including internal awareness campaigns, employee assistance programs and peer support networks. In some cases, mental health considerations are being incorporated into safety metrics and reporting systems.

Partnerships with external organizations have significantly expanded access to crisis support and counseling services, creating a broader and more responsive safety net. These collaborations ensure workers and their families have multiple, clearly defined entry points to care when they are needed most. The focus is on delivering accessible, field ready solutions, with resources intentionally designed to align with the structure, pace and demands of construction work.

Operational and workforce considerations

Mental health initiatives are also being viewed through the lens of workforce stability. With labor constraints continuing to challenge the construction industry, retaining skilled workers has become a strategic priority for many employers. What’s becoming clearer is that the workplace environment has a direct influence on worker retention. Factors such as job satisfaction, communication and perceived support can influence whether workers remain with a company.

From an operational perspective, worker well-being is linked to performance variables such as focus, coordination and adherence to safety protocols. These factors are routinely considered in project planning and risk assessment. As a result, mental health is increasingly being addressed within the same framework used to evaluate productivity and safety outcomes.

Training and generational dynamics

Training programs are expanding to reflect a more comprehensive view of worker readiness. Apprenticeship and continuing education programs across several Pacific Northwest regions now integrate stress management and overall wellness alongside technical instruction, signaling a more holistic approach to workforce development.

This evolution aligns with shifting workforce demographics. Younger workers entering the trades are more comfortable discussing mental health and increasingly expect it to be recognized and addressed within the workplace.

A broader definition of safety

The construction industry’s approach to safety is undergoing a measurable shift. Mental health is now being integrated into existing systems, training programs and operational planning. The impact is tangible: workers who feel supported perform at a higher level, operate more safely and are more likely to stay with their employer.

Through ongoing training, peer support initiatives and collaboration with regional and national partners, NECA-IBEW Local 48 continues to foster a culture where workers look out for one another both on and off the job. The result is not only a stronger safety culture, but a more resilient workforce prepared to meet the demands of a changing industry.

For over a century, have been instrumental in shaping the electrical landscape of Oregon and Southwest Washington. Together, NECA and IBEW Local 48 have built and powered our communities while prioritizing the well-being of our workforce.

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Oregon Tradeswomen’s Career Fair is a landmark event promoting incredible career opportunities in the Pacific Northwest’s skilled trades industries for over 30 years! The Career Fair offers unique opportunities for employers and training programs to connect with eager audiences who want to take the next steps into strong careers in the trades. This year’s Career Fair is hosting registered students and educators on Friday, May 15th while Saturday, May 16th is FREE and open to the public.

With decades of history successfully building a pipeline of workers into the trades at the NECA-IBEW Electrical Training Center, the Career Fair continues to grow with overwhelming interest from schools, the trades industry, and the general public. To accommodate increased demand, Oregon Tradeswomen’s Career Fair is moving to the Portland Expo Center this year! Oregon Tradeswomen remains deeply grateful to the NECA-IBEW Electrical Training Center for their historic partnership and looks forward to hosting them as exhibitors at the 2026 Career Fair.

As the new home of Oregon Tradeswomen’s Career Fair, the Portland Expo Center has a vast footprint with even more space for companies to host exhibit tables and hands-on activities, both indoors and outdoors. The number of school groups that can be hosted at the Career Fair has doubled, allowing even more elbow room for middle and high schoolers to get inspired about their career options in the trades. Plus, it will be easier than ever for guests from Oregon and Washington to access the event thanks to the Portland Expo Center’s central location, especially with direct access from TriMet’s MAX Yellow Line and ample parking on-site.

With the move to the Portland Expo Center, Oregon Tradeswomen is excited to build strong new partnerships across the skilled trades. In addition to the construction trades, Oregon Tradeswomen is looking to engage with employers and training providers in all aspects of the trades such as manufacturing, transportation, energy, technology, automotive, aviation, public & safety services, and even ancillary organizations that support the skilled trades. Now is the prime time to get involved in the Career Fair as a sponsor or exhibitor, so come show off your trade and how you do it right!

Attendees are sure to have an enlightening experience while getting hands on with cornerstone Career Fair activities such as the Water Bureau’s water main break simulation, welding with the PCC mobile welding van, and soldering copper pipe with the plumbers and steamfitters of UA Local 290. With the expanded space, there is much excitement about what new activities will be at the Career Fair like the Sprinkler Fitters Local 669’s Burn Trailer demonstration taking place on Saturday at noon!

Oregon Tradeswomen and their pre-apprenticeship partners will also be hosting Information Sessions to spread the word about free training opportunities in the Portland Metro region. Educators will also be able to experience a special, in-depth information session to provide them with the tools to better support their pupils’ ambitions of starting careers in the skilled trades. Plus, there will be a sensational construction demonstration led by Oregon Tradeswomen students to showcase the awesome skills they built during their pre-apprenticeship training.

The Career Fair aims to be the premier way for jobseekers in Oregon and Washington to discover extraordinary, debt-free career pathways available in the trades, and is a key opportunity for Pacific Northwest companies to reach thousands of potential employees ready to get working! With the move to the Portland Expo Center, this event is only getting bigger and better, offering more chances to explore career opportunities and meet employers ready to hire. There is no doubt that this year’s Career Fair will be one of the best in our region, so come on out with the whole family to learn, get connected, and find your dream career!

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PORTLAND, Ore. — The Bureau of Labor and Industries (BOLI) believes that balancing work and family shouldn’t mean choosing between a paycheck and child care. In partnership with Business Oregon, BOLI has launched the Child Care for Construction program to help eligible construction families access reliable, affordable care, because strong communities start with strong families.

So, if you want to have a family and a good paying career in the trades, our registered apprenticeship programs are here for you. We want you to know that you are, as our partners at KGW say, “Made for This.” And when it comes to paying for quality child care as an apprentice registered in Oregon (and for five years after you complete your apprenticeship), we will have your back with subsidies that keep the costs of child care at or below 7% of household income.

You choose your own child care provider. Even some family members, friends, and neighbors can qualify to receive payments to provide child care for your family by following the guidelines of the Oregon Department of Early Learning and Care.

Here is a chart that shows how the child care subsidies keep the cost of care affordable for an apprentice in a carpenter apprenticeship program, using a single parent with one child and a monthly child care cost of $800:

Credit: BOLI

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As the electrical industry enters 2026, contractors and stakeholders across Oregon and Washington are navigating a market defined by fluctuating demand, evolving technology and .

While economic uncertainty, project delays and a growing number of electricians currently out of work are creating near-term pressure, electricity remains fundamental to every project across the Pacific Northwest. In response, electrical contractors are getting more creative, diversifying work, sharpening specialized skills and rethinking delivery models. The year ahead is shaping up to be a period of recalibration for the industry, one that demands adaptability, long-term planning and a strategic approach to workforce and market shifts.

National construction outlook: Shifts in scope

The electrical market heading into 2026 is best described as complex. On the positive side, commercial construction is expected to see modest national growth with projections indicating an . Institutional projects, healthcare facilities, retail development and hospitality upgrades are anticipated to drive much of that activity. At the same time, a number of factors are weighing on overall market momentum.

Mixed signals in commercial and residential construction

From the commercial side, federal infrastructure projects have experienced pauses or slower rollouts as agencies review funding priorities and regulatory requirements. Developers are also navigating high material costs, particularly for steel and aluminum. According to a recent report from the , in August 2025 both existing and new construction projects saw an 88.2% year-over-year increase in project abandonment. The report also found that 92% of leaders across North America expect rising costs to impact profitability.

Residential construction has faced similar pressures. Housing starts declined 8.5% in August 2025, reflecting ongoing affordability challenges and reducing the volume of new ground-up projects. At the same time, demand is shifting toward remodels, retrofits and phased developments.

Where is the electrical market headed?

Despite stalls and project pauses, several electrical segments are expected to emerge, signaling areas of growth and opportunity in the market as demand continues to recover and new projects move forward.

Energy transition and modernization

The region’s ongoing shift toward electrification is a defining factor in the 2026 outlook.

• Building electrification retrofits, particularly conversions from gas-based heating and mechanical systems to electric alternatives, are expanding across both commercial and multifamily properties.
• EV infrastructure remains Charging stations are being installed at workplaces, residential developments, fleet facilities and public locations. While the pace of installations varies by jurisdiction, the long-term trajectory remains upward as vehicle adoption increases.
• which leverage underground heat for heating and cooling, are being explored in pilot projects.
• , designed to improve safety and efficiency through continuous monitoring, are gaining attention in specialized applications.

Expanding digital infrastructure

Driven by AI, data center growth in the Pacific Northwest is accelerating cloud demand and access to hydropower. Oregon’s Eastern regions and Portland, and Washington’s Central areas and Seattle, are key hubs. New laws requiring data centers to pay higher electricity costs have raised concerns that some companies may reconsider Oregon, but demand still creates strong opportunities for electricians skilled in high-capacity power systems.

Facility upgrades and retrofit work

Aging infrastructure across public agencies, transportation systems, healthcare facilities and private commercial buildings is driving modernization projects. These often involve panel replacements, rewiring, lighting conversions, controls upgrades and automation systems. Transit-related work, including safety systems and power distribution upgrades, continues to require skilled union labor with experience in lockout/tagout procedures and complex electrical layouts.

Looking ahead: Strategies for 2026

The electrical market in the Pacific Northwest is evolving, reflecting broader changes in energy infrastructure and digital technology. While traditional construction work continues, maintenance, retrofit projects, energy-related services and design-assist roles are becoming more prominent. Facilities with high energy demand, such as data centers, are influencing the region’s electrical load and shaping where and how work occurs.

Digital tools are increasingly integrated into project management, scheduling and estimating. Contractors report that software adoption is helping manage complex projects, tighter timelines and cost pressures, particularly in facilities with advanced electrical systems.

As the Pacific Northwest electrical market evolves in 2026, union contractors and workforce leaders are positioned to meet evolving demands with skill, innovation and resilience. By embracing new technologies, investing in workforce development and adapting to emerging project types, the region’s electrical industry is not just keeping pace; it is setting the standard for the future.

The Pacific Northwest electrical market is evolving, and remains a driving force in the region. For more than a century, their partnership has supported the growth, electrification and sustainable development of Oregon and Southwest Washington. Looking ahead, the Oregon-Columbia Chapter of NECA and IBEW Local 48 continue to lead in innovation and workforce development, building resilient, environmentally responsible electrical infrastructure for the communities they serve.

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In the Pacific Northwest, the “electrification of everything” is a hot topic, energizing conversations across the region. Expanding electrification in transportation and buildings combined with growing semiconductor manufacturing and data center development is driving energy demand. Developers are also prioritizing electrification in new projects to cut operating costs, enhance property values and attract sustainability-conscious tenants.

This transition marks a significant step toward sustainability and a fundamental shift in how communities power homes, businesses and transportation. Yet the pace of change raises concerns about grid capacity, resilience and long-term reliability.

Rising demand meets grid limitations

Earlier carbon-reduction policies, renewable energy investments and tech-sector growth have accelerated electrification across Oregon and Washington. Electric vehicle adoption, large commercial projects and data center expansion fuel higher electricity use, with regional demand projected to

Over the decades, the Pacific Northwest has built significant renewable energy capacity. Hydropower provides , with Washington leading national hydroelectric production. Wind installations throughout the Columbia River Gorge contribute approximately 7,400 MW of combined capacity across both states.

The existing transmission infrastructure, however, has not kept pace with resource growth or demand, requiring significant modernization to accommodate increased loads. Regulatory bottlenecks also play a role. For instance, since 2015, the Bonneville Power Administration has approved just one out of 469 large-scale energy project proposals.

Environmental factors add further strain. Hydropower reliability is increasingly affected by climate change and extreme weather, while prolonged droughts threaten reservoir levels. Much of the , leaving lines vulnerable to wildfire, wind or falling trees. Industry experts view these vulnerabilities as indicators of urgency for grid modernization.

Insights and perspectives on grid capacity solutions

Balancing electrification with infrastructure realities has produced differing perspectives across industries in the Pacific Northwest.

Some warn that rapid demand growth is colliding with outdated transmission systems and limited peak-load management. Utilities are already turning to electricity imports and adjusting pricing structures. In Oregon, rate increases averaging illustrate how infrastructure gaps and weather-driven challenges are reshaping energy costs.

Experts emphasize the importance of accelerating electrification alongside immediate grid updates. This approach focuses on transmission and distribution upgrades, enhanced peak-load management and advanced monitoring technologies to maintain reliability as demand grows.

Despite differences in pace and strategy, most agree that electrification is unavoidable. Industry leaders consistently emphasize the need for targeted modernization, robust workforce training and careful investment planning to keep electricity both reliable and affordable. The core challenge is clear: advancing clean energy transitions without compromising dependable service for residents and businesses.

Forecasts from the electrical sector

Industry forecasts point to surging demand from electric vehicles, next-generation building systems and such as battery storage, microgrids and smart-grid systems. Meeting these needs requires utility-scale generation capacity alongside stronger transmission and distribution systems. Continuous modernization and facility expansion will be critical to ensuring reliability as the energy landscape evolves.

Beyond infrastructure, electrification is reshaping workforce demand. As homes, businesses and industries convert to electric power, the need for electricians, engineers and grid technicians is expanding sharply. This trend opens pathways for workforce development, apprenticeship programs and long-term career opportunities in the electrical trades, strengthening the region’s technical and economic resilience.

Looking forward: Balancing speed with stability

Challenges lie in ensuring infrastructure and workforce capacity grow alongside rising demand. Electrical professionals have long built and maintained the grid’s backbone, from transmission systems to residential and commercial wiring. As technology and needs evolve, the workforce is now shifting its skills toward projects such as EV infrastructure and renewable integration.

Across the Pacific Northwest, NECA-IBEW Local 48 is helping the industry meet the region’s growing electrification needs. Its training programs, which combine classroom instruction with on-the-job learning, ensure electricians stay current with evolving technologies. This preparation has made the workforce adaptable to new demands, from installing large-scale renewable systems to completing energy-efficient retrofits in existing buildings.

For more than a century, has played a vital role in shaping the electrical industry throughout Oregon and Southwest Washington. Through their strong partnership, they have supported the development and electrification of communities while leading efforts in sustainable energy. Today, the Oregon-Columbia Chapter of NECA and IBEW Local 48 remain committed to driving innovation and building resilient, environmentally responsible infrastructure for the future.

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Energy efficiency plays a key role in Pacific Northwest commercial construction landscape, reshaping how structures are designed, built and operated. Rising energy costs, sustainability goals and modernizing infrastructure place energy performance at the center of construction decisions.

From initial planning through final commissioning, energy efficiency considerations now influence material selection, system design, construction methods and project timelines. Commercial buildings are increasingly designed to operate with measurably lower energy consumption, reduced emissions and enhanced performance monitoring capabilities.

Contractors, developers and engineers are adapting to energy-related requirements that have evolved from optional upgrades to standard practice in both new construction and retrofit projects. This evolution reflects market demands and the region’s commitment to sustainable development.

Financial considerations driving energy-efficient design

While sustainability is a primary goal, economics also influence energy efficiency decisions in commercial construction. The financial advantages break down into two key areas:

• Operational cost reduction: High-efficiency systems, including advanced HVAC equipment, LED lighting and automated controls lower energy consumption in commercial facilities. These savings are most pronounced in energy-intensive buildings such as office complexes, educational institutions and manufacturing plants.
• Increased asset value: Energy-efficient upgrades can increase building valuations and attract tenants seeking reduced utility expenses. Properties featuring lower energy use and verified performance credentials often command higher lease rates and sale prices.

Three trends reshaping commercial construction

The Pacific Northwest’s unique energy landscape has led to a fundamental shift in how commercial buildings are constructed and powered.

1. Renewable energy integration

The regional power supply includes hydroelectric, wind and solar. As renewable generation expands, building projects increasingly incorporate systems that interface with these sources.

Hydropower, primarily from the Columbia River Basin, accounts for , according to the Bonneville Power Administration. Wind farms in Washington and Oregon also contribute to the supply mix, adding thousands of megawatts (MW) of wind capacity.

Integrating buildings with these sources helps reduce grid dependency and supports predictable long-term energy costs.

Integration opportunities:

• Integration with renewable-compatible electrical panels and storage systems
• Coordination with utility grid requirements and interconnection standards

2. Building electrification

is becoming increasingly common in commercial construction. This approach replaces traditional fossil fuel systems with electric alternatives for key functions such as space heating, water heating and cooking.

Electric systems are often more compatible with renewable energy sources, and some jurisdictions are updating building codes to encourage or mandate all-electric systems in new developments.

Integration opportunities:

• Upgrading electrical panels and managing increased electrical loads
• Installing electric heat pumps and water heaters
• Integrating electric control systems for HVAC and other equipment

3. Microgrids and energy storage systems

, which can operate independently or in parallel with the utility grid, offer enhanced power reliability and cost management. These systems are increasingly used in facilities requiring backup power, demand response or peak load control.

(ESS), such as battery energy storage systems (BESS), also support load shifting and renewable energy use. As costs decline, businesses more frequently include battery storage in construction plans.

Integration opportunities:

• Backup power solutions for critical facilities
• Load management through battery systems
• Coordination with solar installations and demand response programs

Practical upgrades with measurable impact

Improvements in energy efficiency don’t always require comprehensive redesigns. Targeted upgrades can deliver significant performance improvements when implemented strategically, such as standard energy-saving measures, which can include:

• Motion-activated lighting controls in shared or low-occupancy areas
• Smart thermostats for optimized temperature regulation
• ENERGY STAR-certified appliances and equipment
• Rooftop solar installations or PV-ready conduits
• Low-flow fixtures to reduce hot water demand
• Enhanced insulation and sealing for improved thermal performance

These measures can be integrated during remodels, equipment replacements or tenant improvements. Contractors with experience in energy-efficient systems can provide valuable input during planning and execution, contributing to performance-based building design.

Market transformation and opportunities

The commercial construction sector in the Pacific Northwest is undergoing a significant shift, with energy performance becoming a central focus in building design and project planning.

This transition is influencing how electrical systems are specified, installed and managed. As building codes evolve and demand for low-carbon infrastructure grows, contractors are increasingly expected to have expertise in , renewable integration and electrified systems.

The convergence of cost savings, system performance and energy reliability concerns positions energy efficiency as the central organizing principle for Pacific Northwest commercial construction, creating a market environment where electrical contractors with energy expertise can differentiate themselves and capture growing opportunities.

As cost savings, system performance and energy reliability become increasingly important, energy efficiency is emerging as the guiding priority in Pacific Northwest commercial construction. This shift is creating a strong market for electrical contractors with energy expertise to stand out and take advantage of growing opportunities.

For more than a century, has played a vital role in shaping the electrical industry throughout Oregon and Southwest Washington. Through their strong partnership, they have supported the development and electrification of communities while leading efforts in sustainable energy. Today, the Oregon-Columbia Chapter of NECA and IBEW Local 48 remain committed to driving innovation and building resilient, environmentally responsible infrastructure for the future.

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By: Courtney Hron
Director of Business Development & Communications

In the Pacific Northwest, tech companies and ecommerce hubs are expanding rapidly, adding data centers and warehouses across Oregon and Washington. In less than 20 years, the region has established hundreds of data centers ranging from approximately 4,000 to 4 million square feet. These growing facilities drive job creation, boost tax revenue and fuel local development.

Data centers and warehouses also rely on enormous amounts of electricity, so applying advanced energy management is crucial to control costs and improve operations. With energy costs climbing and sustainability concerns growing, implementing energy-efficient strategies is the new industry standard to ensure long-term viability.

Electrical professionals are leading the shift toward energy-saving efforts to ensure businesses thrive. By incorporating cutting-edge solutions that optimize consumption and innovative energy practices, the electrical sector is helping to cut costs and reduce environmental impact. Energy-efficient warehouses and data centers reduce operational costs, increase productivity and enhance logistics, driving business expansion.

Data Centers: Adapting to Rising Electricity Demand

As digital infrastructure expands, data centers use increasing amounts of electricity to support cloud computing, automation and online services. Operating around the clock, these facilities require more energy per square foot than a typical commercial building. In the U.S., reports find that data centers consume about 4.4% of total U.S. electricity in 2023 and are projected to account for , with power demand expected to grow compared to 2023 levels.

Combined, Washington and Oregon have over 200 data centers, making the Pacific Northwest a key player in the data center sector. The region’s access to hydroelectric power and other renewable energy sources allows operators to meet rising demands by investing in energy-efficient cooling systems, power management technologies, and sustainable energy.

Through energy innovations that support expansion in the Pacific Northwest, construction and electrical industry partnerships are evolving to shape a more efficient future.

How Electrical Professionals Boost Data Center Efficiency

Electrical professionals play a critical role in optimizing power systems, integrating renewable energy, improving electrical infrastructure and reducing energy waste.

• Optimizing Cooling Systems: Implementing air and water-side economizers can cut cooling energy use .
• Deploying High-Efficiency Power Supplies: Upgrading to energy-efficient equipment lowers utility costs.
• Implementing Hot & Cold Aisle Containment: Organizing server racks to separate airflow reduces cooling demands.
• Decommissioning Idle Servers: Shutting down non-working servers cuts unnecessary power usage and could save thousands in general costs per removed server.
• Integrating Renewable Energy: Integrating solar, wind and hydrogen power reduces reliance on traditional grids.
• Performing Routine Energy Audits: Identifying inefficiencies ensures continuous optimization.

As data centers expand, electrical professionals remain essential in ensuring sustainable and efficient operations.

Warehouses: Enhancing Efficiency Amid Rapid Expansion

The warehouse industry in the United States has experienced significant growth in recent years, reaching over 30,000 facilities nationwide, and it shows no signs of stopping. The same expansion is also mirrored in the Pacific Northwest, reflecting the demand for storage and distribution facilities.

On average, of warehouse energy consumption, while . To enhance efficiency, developers are collaborating with electrical professionals to implement advanced energy solutions, including smart HVAC systems, LED lighting and automation. These innovations help warehouses streamline operations, manage costs effectively, and support sustainable energy use while meeting increasing logistical demands.

Ways the Electrical Sector Implements Energy-Efficiency Strategies

Expanding Renewable Energy Integration
Only currently utilize renewable energy. Electrical professionals streamline solar, wind and hybrid system installations, making energy efficiency a practical reality.

Deploying Smart Automation
Automated systems regulate HVAC, lighting and equipment with real-time monitoring. These innovations ensure immediate energy optimization and predictive maintenance, preventing costly breakdowns while enhancing security and efficiency.

Upgrading Lighting Systems
Developers are turning to LED and smart lighting. Electrical experts design systems that deliver maximum illumination while cutting energy consumption, ensuring compliance with evolving state regulations.

Empowering Warehouse Teams
Energy efficiency requires more than technology—it demands informed teams. Electrical professionals provide training on sustainable practices and efficient equipment use, ensuring long-term cost savings and environmental responsibility.

Energy Efficiency: Shaping the Future of Industrial Development

With rising costs and regulatory shifts, proactive energy strategies drive success. Electrical professionals are key players in building a future where industrial growth and sustainability go hand in hand. By embracing innovation, deploying smart technologies and renewable systems, the electrical sector is reshaping the future of industrial operations today and into the future.

For more than a century, has been instrumental in shaping the electrical industry across Oregon and Southwest Washington. Through a strong partnership, NECA’s Oregon-Columbia Chapter and IBEW Local 48 have contributed to the development and electrification of communities, and they remain at the forefront of advancing sustainable energy solutions. Today, they continue to drive innovation, ensuring a resilient and environmentally responsible infrastructure for the future.

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By: Courtney Hron
Director of Business Development & Communications

Commercial property value is pivotal in shaping the real estate market, influencing everything from investment strategies to property taxes and financing terms. Accurate property valuation is essential to stakeholders, including investors, developers and local governments. It not only determines a property’s worth but also significantly impacts the broader economy by guiding investment decisions, tax assessments and lending practices.

The process of assigning value to a commercial property is complex and multifaceted, factoring in elements that extend beyond simple square footage. Some key considerations include the property’s location, income-generating potential, current market conditions and the physical condition of the building itself. External variables such as zoning laws, environmental risks and future development plans can also influence property value.

Electrical infrastructure plays a pivotal role in determining the value of commercial properties. A modern, well-maintained electrical system not only supports operational efficiency for tenants but also signals long-term investment potential. By understanding these systems, stakeholders can make more informed decisions, ultimately enhancing the property’s marketability and overall value.

How Electrical Capacity and Reliability Affect Property Value

A robust electrical infrastructure is key to modernization and energy efficiency, which in turn demands higher prices. As the demand for energy increases, providing commercial buildings with efficient and reliable electricity gives property owners a competitive edge in the ever-evolving real estate market.

Capacity: Is the Property Equipped for Business Growth?

Commercial buildings already require high levels of energy capacity to maintain lighting needs, HVAC equipment and appliances. However, as construction grows to meet more commercial and community needs, including data center installations and housing expansions, energy demands are set to rise. According to a recent study, electricity consumption could over the next decade.

Calculating energy capacity is essential to ensuring a commercial property meets current electricity needs, keeping buildings safe and power predictable. Anticipating future energy capacity needs helps prepare for projected business growth, government energy mandates and shifting consumer trends toward sustainability.

This forward-thinking approach ensures that your property is prepared for future growth and is equipped to meet the increasing energy demands.

Reliability: The Cost of Power Outages

Energy capacity is intertwined with the promise of electricity reliability in property valuation. If a building’s electrical systems fail to meet its energy needs, power outages can become commonplace. More than a nuisance, power outages significantly impact commercial value. They disrupt business operations, spoil inventory, halt productivity and cause data loss. As a result, commercial properties with unreliable power supplies can be perceived as high-risk, driving down the overall market value.

Properties that provide energy solutions through backup generators, uninterruptible energy systems and green technology command premium prices by ensuring greater operational security.

Additional Factors Influencing Commercial Property Marketability

As electrical demand, sustainability and innovation grow, commercial property owners should consider how their electrical infrastructure affects their bottom line. Key factors include potential energy cost savings, the appeal of innovative solutions and the ability to meet future energy efficiency regulations.

• Physical Factors Affecting Commercial Property Value: Physical factors like location, condition and modernization impact market value. From an electrical infrastructure standpoint, building electrification, electric vehicle charging stations and smart technologies appeal to eco-conscious and tech-savvy buyers and can increase value.
• Energy Efficiency: Cutting-edge , such as solar panel integration, lower utility costs and promote a more sustainable environment. These solutions not only reduce operational expenses but also increase the property’s market value, making it more appealing to potential buyers or tenants.

Commercial property owners can boost their properties’ marketability by prioritizing energy efficiency and showcasing their commitment to environmental sustainability.

Why Electrical Infrastructure is More Than Just a Technical Detail

Electrical infrastructure drives innovation, supports sustainable growth, provides reliable power and boosts efficiency. Evaluating current infrastructures and creating a plan for upgrades is the first step to future-proof commercial property values.

• Get a Professional Electrical Audit: Electrical professionals are experts in their fields, knowledgeable about upcoming trends and trained in system design. Hire a qualified union electrician to perform a complete inspection and identify key issues.
• Create a Phased Upgrade Plan: Start with priority systems to upgrade first. Develop a long-term strategy with your electrical professional for future upgrades based on budgets and minimizing disruptions in operation.
• Keep Up with Maintenance: Routine maintenance will keep the electrical infrastructure running smoothly, increase longevity and mitigate potential hazards.

Upgrading and maintaining electrical infrastructure now means increased property value in the future.

For over a century, NECA and IBEW Local 48 have been integral to developing Oregon and Southwest Washington’s electrical landscape. Together, they have shaped the region’s electrical infrastructure and led industry innovation. To learn more, please visit our website at .

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The Society for Marketing Professional Services (SMPS) is hosting its annual Pacific Regional Conference in Portland at the Regency Hyatt Wednesday March 13th through Friday March 15th. The Conference will kick off Wednesday morning at with over 450 fellow AEC marketing and business development attendees heading off to two special Portland experience themed networking events. While the conference is sold out, the two evening events are open and we want you to join us to network, meet your peers and partners and show the rest of SMPS Pacific Region what an amazing city Portland is.

To kick us off the SMPS Oregon chapter is welcoming the crew with a Pacific Standard Party Time evening at the Kex hotel. Showcasing the new NE PDX this hotel has been designed by local architects and now hosts a West-Coast inspired bar and a restaurant program from Jeffery Morgenthaler and Benjamin Amberg. Pacific Standard was also recently awarded the 2023 Spirited Award Finalist for Best New US Cocktail Bar and was also featured in Sunset Magazine. Join us for drinks and dinner and a night of networking Wednesday, March 13th at 6:30 pm at Kex Portland.

Then, join us Thursday, March 14th at 6pm for a Night at the Museum. We have rented out the Oregon Historical Society Museum for a red carpet Met Gala. From classic elegance to avant-garde fashion let your creativity flow and join us for a show stopping night. We will have a full bar, a custom Steeplejack Brewing company beer and the whole museum all to ourselves. There will be an array of locally produced foods from Vibrant table catering and a Voodoo Donut dessert bar. Capture the moment in our photo booth and remember this night of nights for years to come. These are truly the best connections you can make and fun nights lead to lifelong relationships.

Register for these events at . You do NOT need to be attending the conference to join us for the socials, however, space is limited so register today!

The post Join the SMPS Pacific Region for Two Amazing Nights of Networking! appeared first on Daily Journal of Commerce.

Voters in the Portland metro area recently approved a $652.8 million general obligation bond to create affordable housing for approximately 12,000 people. While it most likely will take at least a couple of years for Rose City residents, developers and general contractors to see the result, the voters’ approval is ultimately a positive step for Portland’s efforts to increase its inventory of affordable housing.

For now, however, the market for multifamily housing remains in a downward trend, according to Dan Cowley, Project Executive for .

“Progressively, over last couple of years, fewer units have been going through permitting and were being built. For us, there has been a decline in the number of projects we’re starting. There are numerous economic pressures leading to this trend, but inclusionary zoning is certainly a contributor,” he says.

The city of Portland’s Inclusionary Housing Program, initiated with the adoption of SB 1533 in February 2016, mandates the provision of affordable housing units in new multifamily residential development.

Cowley notes that the preconstruction period for affordable multifamily housing typically takes from 12 to 18 months, compared to nine to 12 months for private residential development. Steel tariffs, a workforce shortage in the construction sector, and the complexity involved in developing and financing multifamily projects have added to the downturn.

Passage of the bond measure will be a good boost for housing and Portland will see more incentives to encourage affordable housing, he adds.

“I think it will be a natural progression as market rate housing slows and that workload decreases,” Cowley says. “With some creativity in partnering, getting involved early and the new ballot measure, we’re really hoping to see more movement in that department.”

Among the technical and practical considerations of building affordable housing and multiuse structures are accessibility and ease of use. The space needs to be adaptable for the end user and meet or exceed all jurisdictional accessibility requirements.

“We try to look at every detail from many points of view and bring that perspective and knowledge to the owner and design team before and during construction,” he says.

Projects come with their own sets of obstacles, and a common one they share recently is the shortage of market labor and materials. The shortages have challenged Pence to look at its sequencing of labor and treat most materials as long lead items. “It has made us a much more efficient company,” Cowley says.

In its ongoing effort to save clients time and money, Pence strives for innovation in either building materials or in means and methods to add value to the projects. One example is a triple paned vinyl window made in Europe that Pence found for its clients.

“For a similar cost of a mid-range vinyl window we can achieve a much higher STC rating, better envelop performance and a much higher aesthetic appearance for roughly the same cost,” Cowley says.

Among the multifamily housing projects LCG is working on is a $44 million development in Beaverton called The Rise Central. Situated near the city’s fast-growing Central District and a MAX light rail stop, the project consists of two apartment buildings on one plot of land with a new street for the city in between. The buildings total 260,000 square feet and each has its own unique features.

The East building has a basement garage, two floors of post-tension concrete with metal studs, and five levels of wood-framed construction. The West building is one level of post-tension concrete with metal studs and four levels of wood-framed construction. Each building offers 115 units, with 15 of the 230 units priced as affordable housing.

In addition, the buildings feature a rooftop terrace, bicycle storage rooms, dog and bicycle wash stations, a fitness center, and expansive lobbies, community rooms and decks. Retail, multilevel apartments and live/work space will fill the ground floor and the apartments above are studio, one-bedroom and two-bedroom units.

Construction began in August 2017 and is due for completion this winter. The project developer, Rembold, is a repeat client of Pence. Rembold received a grant from Metro’s Transit-Oriented Development Program for the project, which is the second multiuse building the developer has done in Beaverton.

The post Pence Construction discusses current challenges, future outlook of affordable housing market appeared first on Daily Journal of Commerce.