Tenant Improvement, Relocation, Decommissioning, and Commissioning

As San Francisco’s office market begins to stabilize and office visits increase, commercial tenants are reactivating office space to support an increase in in-person occupancy. This shift is driving demand for infrastructure upgrades, system reconfiguration, and coordinated space transitions that ensure buildings can operate reliably under higher load and daily use.

Recent data shows San Francisco leading major U.S. cities in year-over-year office visit growth.

Tenant improvement, relocation, decommissioning, and commissioning represent interconnected phases of a single transition process. When executed together, they reduce risk, compress schedules, and support operational continuity.

Tenant Improvement Driven by Operational Requirements

Current tenant improvement projects are focused on system performance rather than aesthetics. Reoccupied offices must support increased power demand, higher network utilization, expanded AV capabilities, and secure access control across denser floor plans.

Legacy infrastructure often reflects pre-pandemic assumptions around occupancy and usage. As headcount returns, capacity limitations in electrical distribution, structured cabling, and system integration become critical path issues. Tenant improvement scopes now routinely address these constraints to ensure long-term functionality.

Relocation Planning and System Continuity

Relocation projects require early coordination across electrical, low-voltage, IT, and facilities teams. Critical systems must be sequenced for shutdown, removal, preservation, or redeployment without disrupting active business operations.

Network rooms, backbone fiber, security systems, and AV infrastructure require detailed documentation prior to de-installation. When relocation is treated as an infrastructure transition rather than a logistical exercise, schedule risk and unplanned downtime are significantly reduced.

Decommissioning of Complex Office Infrastructure

Decommissioning modern office environments involves the systematic removal of layered systems, including IT rooms, structured cabling, access control, fire protection, dedicated HVAC units, and rooftop or exterior equipment.

BEI approaches decommissioning as a controlled technical process. Existing conditions are surveyed and documented, live systems are identified, and removals are coordinated with building management and riser authorities. Equipment is categorized for reuse, relocation, recycling, or certified e-waste processing, ensuring compliance with safety, environmental, and operational requirements.

Commissioning and System Validation

Following installation and reconfiguration, commissioning validates that electrical and low-voltage systems perform as designed. Power, network, AV, security, and life safety systems are tested in integrated conditions to confirm readiness prior to occupancy.

Effective commissioning reduces post-move corrective work and supports a smoother operational handoff to facilities and IT teams.

BEI’s Role in Commercial Space Transitions

BEI provides electrical and low-voltage services for tenant improvement, relocation, decommissioning, and commissioning projects in active commercial environments, with a focus on system coordination, safety, and schedule control.

In a recent Bay Area office transition, BEI supported the decommissioning and restoration of a multi-floor commercial space as part of a relocation effort. The scope included project management and coordination with facilities and IT teams to document existing conditions and safely remove infrastructure.

Work included electrical and low-voltage decommissioning, structured cabling and backbone fiber removal, IT room equipment de-installation, and removal of AV, security, and access control systems. Dedicated HVAC units, fire protection infrastructure, and rooftop equipment were removed in coordination with building management and riser authorities.

Removed materials were evaluated through BEI’s Green Team Sustainability Program for reuse, recycling, certified e-waste processing, or disposal. The project was completed within a defined schedule to support timely space close-out.

BEI’s experience managing complex infrastructure transitions enables clients to reactivate office space efficiently, safely, and with confidence.

The post Office Reoccupancy and Commercial Space Transitions in San Francisco appeared first on BEI Construction.

Celebrating 38 Years of Purposeful Construction

For nearly four decades, BEI Construction has grown through innovation, long-term partnerships, and a consistent commitment to how electrical and telecom projects are designed and built.

What began as a focused electrical contractor has evolved into a diversified construction portfolio spanning solar, energy storage, wind, substations, EV charging, workforce training, fossil fuel power plants, hydropower facilities, industrial operations, and water-resource infrastructure. Each expansion reflects a deliberate response to industry needs, grounded in safety, technical excellence, and client success.

Origins and Early Expansion

BEI Construction was established in March 1988 as a focused extension of Blymyer Engineering, Inc., bringing together engineering expertise and hands-on construction delivery under one integrated model.

This relationship enabled BEI to provide comprehensive industrial and commercial solutions with a strong emphasis on electrical and telecom projects. From the beginning, close coordination between engineering and field teams shaped BEI’s approach, ensuring that projects were designed with constructability, performance, and long-term reliability in mind.

In 2003, BEI built its first solar project, marking the start of its involvement in renewable energy. While the market was still emerging, BEI recognized solar as a natural extension of its electrical expertise. Solar construction soon became a core capability, particularly for complex commercial and utility-scale projects.

As experience grew, BEI expanded into additional energy-related sectors, including wind, battery energy storage (BESS), substations, and EV charging. These capabilities allowed the company to support a broader range of renewable and power infrastructure solutions while continuing to advocate for reliable, forward-looking energy systems.

Growing with Purpose

BEI’s growth has been driven by a combination of expanding client needs and deliberate investment in people, capabilities, and long-term partnerships. As organizations scaled their operations, BEI grew alongside them, while also strengthening its expertise to support more complex energy and infrastructure projects.

Demand for BEI’s services extended beyond Northern California, driving expansion into Southern California, Arizona, and Nevada. In parallel, BEI began supporting U.S.-based clients as they expanded internationally, delivering design-build network cabling and technology infrastructure in Australia, Canada, Ireland, Norway, and Japan.

Whether supporting domestic or international work, BEI applies the same construction rigor, coordination, and performance standards. By 2024, BEI had grown to more than 200 employees, supported by 22 IBEW union partners, and transitioned into a new headquarters designed to support a larger, integrated team.

Leadership Focused on Long-Term Value

BEI’s current C-level leadership is deeply rooted in the company’s history. Each executive began as a principal in 2005, bringing a long-term perspective on the industry, the organization, and BEI’s strategic direction.

• Dom DiMare, Chief Executive Officer: Leads long-term strategy, company culture, and partnerships with a focus on safety and sustainable growth.

• Gary Chelini, Chief Operating Officer: Oversees operations and field execution, driving consistency, quality, and accountability across projects.

• Natu Tuatagaloa, Chief Revenue Officer: Leads business development and client strategy, aligning growth with BEI’s technical capabilities.

Looking Ahead

Thirty-eight years after its founding, BEI continues to evolve and expand. In 2025, a partnership with Watson Electric, a woman-owned electrical contractor with more than 20 years of experience supporting utilities and public agencies across California, strengthened BEI’s technical capabilities and expanded its service portfolio.

Growth at BEI has never been about chasing trends. It has been about adding capability with intention, reinforcing the structure before building higher.

That approach positions BEI for the next chapter of energy and infrastructure construction.

A Legacy of Purposeful Growth

Since 1988, BEI Construction has expanded its capabilities across energy, electrical, and technology infrastructure. The timeline below highlights key milestones in that journey.

• 1961: Blymyer Engineering, Inc. was founded as an industrial engineering and project management firm
• 1988: BEI Construction was established to deliver commercial Design Build construction services, focusing on Electrical & Telecom projects in partnership with Blymyer Engineering
• 2003: Built its first solar project
• 2009: Completed the largest CAT6A structured network cabling project in the nation
• 2015: Completed its first battery energy storage system (BESS)
• 2017: Expanded into wind projects and added substation and EV charging capabilities
• 2018: Acquired TierFour Training, offering high-quality training for BICSI certification
• 2020: Opened a new office in Chino, CA, to better serve Southern California clients
• 2021: Expanded into Arizona and Nevada
• 2024: Transitioned to a new headquarters designed to support a growing team
• 2025: Expanded into Texas and its portfolio through the Watson Electric partnership

The post History of Growth appeared first on BEI Construction.

BEI Construction partners with Watson Electric, Inc. to expand our scope in utility, power-plant, and water-infrastructure electrical work across California.

Watson Electric is a California-based, MWBE (Minority/Woman Business Enterprise)-owned, union electrical contractor with 40 years of experience supporting utilities and public agencies across the state. This partnership strengthens BEI’s technical capabilities, expands our service portfolio, and adds depth to the work we deliver across energy, infrastructure, and electrical systems.

The company specializes in medium- and high-voltage electrical work in complex environments, including fossil fuel power plants, hydropower facilities, industrial operations, and water-resource infrastructure. Its experience is built on an established history with PG&E, the Department of Water Resources (DWR), and other major public agencies, providing maintenance, new installations, electrical upgrades, and support across critical facilities.

A Stronger Team for Complex Energy Infrastructure

Under the partnership agreement, members of the Watson Electric team have joined BEI Construction, broadening the company’s service offerings into utility and power-plant electrical services. Casey Dias, a fourth-generation electrical contractor, will oversee the new division as Principal. Carla Dias, CEO of Watson Electric, will remain involved, as well, to ensure seamless alignment with long-standing clients and active project commitments.

“This partnership expands our capabilities in an important way,” said Dominic DiMare, CEO of BEI Construction. “Watson Electric brings specialized expertise in environments where safety, precision, and operational knowledge are essential. Together, we are positioned to serve a wider range of energy and infrastructure needs across California.”

The combined team is already collaborating at Oroville, part of the largest water infrastructure project in California and the second largest in the United States. Additional utility and water-infrastructure projects — including Herald, Colusa, and Humboldt — are also part of the growing portfolio. This expanded scope complements BEI’s established strengths in renewable energy, battery storage, microgrids, and technology infrastructure.

“Joining BEI gives our team the opportunity to contribute our experience in power-plant and utility electrical systems while becoming part of a company whose values align closely with ours,” said Casey Dias. “We look forward to supporting BEI’s growth and delivering high-quality work for clients across the state.”

With this partnership, BEI Construction moves into our next stage of growth, adding new technical capabilities, strengthening our service offerings, and expanding the team with skilled professionals experienced in some of California’s most demanding electrical environments.

The post Expanding BEI’s Utility and Power Expertise appeared first on BEI Construction.

Companies that lead in this industry understand that safety is a discipline. It requires planning, training, awareness, and a culture where people look out for one another. At BEI Construction, this approach is part of the work itself. It is a habit, not a reaction. And in 2025, this commitment delivered a milestone:

• 486,769.50 hours worked
• 551 workers across multiple sites
• 1,062 projects
• Zero recordable incidents for the year

That result speaks to a system built with intention.

Recordables are incidents that meet OSHA’s threshold for medical treatment beyond first aid. Reaching zero means none of our teams experienced an injury that required escalation. It is a clear sign that safe practices are working.

A Culture That Starts Before Work Begins

Every BEI job starts with a conversation. Field teams meet for tailgate safety talks before the first task. These meetings review the day’s work plan, job site changes, and specific hazards. They serve as a reset button, bringing everyone into the same focus.

Quarterly safety meetings gather all foremen for deeper training. These sessions reinforce expectations, share lessons learned, review regulations, and strengthen consistency across all projects.

Training That Builds Skill and Confidence

Staying ahead of risk means staying ahead of training. BEI teams complete extensive safety courses that include OSHA best practices, CPR and First Aid, electrical safety, fall protection, equipment operation, and emergency preparedness. These trainings create consistency across job sites. They also build confidence. When people understand the risks, the tools, and the procedures, work becomes more predictable and safer.

Personal protective equipment (PPE) is another layer of protection. Hard hats, reflective vests, task-specific gloves, eye protection, and hearing protection are part of the daily routine. Specialized equipment, such as arc flash gear and fall protection systems, is used when required by the scope.

Using Technology and Processes to Stay Ahead

Safety grows stronger when it is documented and measured. BEI uses digital inspections, job hazard analyses, and incident prevention tracking to identify risks early. These systems help field teams make better decisions and allow leadership to respond quickly when conditions change.

Clear safety plans and corrective action processes support every crew. These tools are designed to exceed compliance and to reflect the industry’s best practices. The goal is simple. Create predictable conditions in a field that is never predictable.

Recognizing the Work Behind the Results

Independent evaluations confirm the strength of a safety culture. In 2025, BEI earned the Highwire Platinum Safety designation and the Damage Prevention Institute accreditation. OSHA also recognized BEI for its training programs, compliance, and documented safety practices on job sites. These evaluations review risk management, field performance, and safety documentation. They show that safety is not only a value. It is a measurable strength.

Why Safety Matters for Everyone

Safety protects employees. It protects clients. It protects schedules and installation quality. When jobsites run safely, work moves with clarity and purpose. Fewer disruptions. Fewer unknowns. Better results from start to finish.

Looking Ahead

The construction industry will continue to evolve. New technology, new energy systems, and new job site environments will bring new risks. Safety must evolve with them. BEI will continue to strengthen training, invest in tools, and reinforce the culture that delivered zero recordable incidents in 2025.

Our work depends on people. Their safety is the one thing we never compromise.

The post Zero Recordable in 2025: Building Safer Jobsites appeared first on BEI Construction.

• Supporting Local Families Through the Alameda County Community Food Bank: Employees supported the Food Bank by checking in families at the front desk and helping sort and distribute food. A few hours on site make clear how fast these small tasks become real meals for the community.
• Back-to-School Drive: Our Back-to-School Drive helped students begin the school year with essential supplies. Teams across BEI donated backpacks, notebooks, pencils, calculators, and other materials. Seventy percent of all donations came directly from employees, and BEI covered the remaining thirty percent to ensure every student received what they needed. Having the right tools on day one removes stress and builds confidence.
• Beach Cleanup: California’s coastline is part of our everyday lives, and preserving it matters. Our beach cleanup brought employees together to remove trash, plastic, and debris from local shorelines. It was a simple way to protect local ecosystems and spend time outdoors with colleagues.

Community Sponsorships and Partnerships

In 2025, BEI continued supporting local organizations and our surrounding communities. Sponsorships centered on youth programs, education, and public-service organizations, where consistent support can create lasting impact.

Our contributions supported firefighter programs, student athletics, and community wellness across Fremont, Marin, and the North Bay. We also participated in an annual fundraising event that raises money for three nonprofits providing education, family support, mental-health resources, and care for children and teens.

Education remained a priority. Through the Construction Pathways Program at San Rafael High School, students learned practical trade skills by designing and building tiny homes for people in need. BEI provided electrical materials for the second year in a row. The program gives students hands-on experience while addressing real housing challenges.

All these partnerships share one purpose: to support the people and programs that keep our communities strong. Community impact is built through consistent involvement. It comes from showing up for local families, students, first responders, and organizations doing meaningful work.

In 2025, BEI employees showed what community commitment looks like through volunteer service and environmental stewardship. We are proud to work alongside people who care deeply about others and about the places where we live and build. There is more to accomplish in 2026, and we look forward to continuing this work with the same dedication.

The post Community Impact: Small Actions, Real Support appeared first on BEI Construction.

Used across utility-scale solar, battery energy storage, substations, and microgrids, SCADA systems allow operators to monitor equipment, receive alerts, log performance, and control processes remotely. These systems are essential to ensuring that the infrastructure supporting renewable energy is not only operational, but reliable and responsive.

What SCADA Does

SCADA connects the digital layer of a project to its physical components. Through a network of sensors, communication devices, and control interfaces, it gathers real-time data from inverters, batteries, transformers, switches, and environmental monitors.

That data is sent to operators or centralized control centers, where it can be used to:

• Track key metrics such as voltage, current, temperature, and output
• Detect abnormal conditions and trigger alarms or shutdowns
• Remotely control site equipment, including battery dispatch and load shedding
• Record historical data for trend analysis, compliance, and performance optimization
• Coordinate with utilities for grid participation or emergency response

Without SCADA, these actions either happen too slowly or not at all.

Why It Matters

In high-voltage and high-capacity renewable systems, small faults can have large consequences. Overheating components, inverter failures, communication dropouts, and uncontrolled fluctuations all present risks, not only to the asset owner but to the surrounding grid.

SCADA allows site operators to catch those failures early. It enables automated protocols for fire detection and suppression in battery containers. It supports frequency regulation and reactive power control, as required by interconnection agreements. In some cases, SCADA data is used to verify performance for utility payments or warranty claims.

As utilities, developers, and regulators push for smarter, faster, and more integrated energy systems, SCADA is no longer an add-on. It is fundamental to how projects are designed and delivered.

Examples from the Field

• SCE Energy Storage Portfolio: In Southern California, a 537.5 MW / 2.15 GWh battery storage portfolio serving Southern California Edison spans multiple sites. Each site relies on SCADA for operational coordination. This includes managing battery charge and discharge cycles, controlling temperature and ventilation systems, and interfacing with utility dispatch signals.
• Aquamarine Solar + Substation: At a 250 MW solar plant in California’s Central Valley, SCADA connects field inverters, tracker rows, and a 230kV substation. The system enables data logging, grid synchronization, and fault response across the site. The result is a streamlined interface between solar production and high-voltage transmission.
• Reid Gardner BESS: Built on the site of a decommissioned coal facility in Nevada, the Reid Gardner Battery Energy Storage System includes 220 MW / 440 MWh of storage capacity. Given its scale and proximity to sensitive transmission infrastructure, the project was designed with SCADA from the outset. The system handles grid communications, charge control, and alarm monitoring across all battery enclosures.

Building the Infrastructure that Supports SCADA

SCADA does not operate in isolation. Its effectiveness depends on how well it is integrated into the physical and digital layers of a project.

At BEI Construction, SCADA enablement typically involves collaboration between high-voltage and low-voltage teams. Structured cabling, fiber runs, relay panels, and network hardware are designed and installed alongside the power infrastructure. This work also includes configuring I/O devices and integrating communication protocols such as Modbus, DNP3, and IEC 61850, which enable coordination between field components, SCADA servers, and utility control systems.

On sites like SCE and Reid Gardner, BEI’s Low Voltage division worked closely with system integrators and control vendors to ensure all systems were correctly wired, labeled, grounded, and commissioned.

As the renewable energy sector continues to grow, so will its dependency on operational intelligence. Projects will need to respond faster, run longer, and provide more services to the grid.

SCADA makes that possible. It transforms renewable energy assets from passive generators into active participants in grid stability, energy reliability, and decarbonization. In doing so, it redefines what it means to build lasting infrastructure.

The post SCADA: Why Renewable Energy Projects Depend on It appeared first on BEI Construction.

As U.S. technology companies scale globally, they’re bringing more than software and devices with them; they’re exporting the physical infrastructure that makes modern operations possible.

From cloud services to fintech platforms, many of the world’s leading digital tools are built on systems first designed and installed in the United States. And when these companies expand abroad, they often turn to trusted U.S.-based contractors to ensure those infrastructure standards are replicated with precision.

Supporting Global Expansion with Consistency

In recent years, BEI has supported the international rollout of technology infrastructure across Australia, Canada, Ireland, Norway, and Japan. These projects are typically for U.S.-headquartered companies expanding into new markets, where consistency in how critical systems are deployed is essential.

BEI’s role focuses on design-build services for network cabling infrastructure—the hidden backbone of every modern facility where data performance and connectivity must meet exacting standards. This is focused, high-precision work that ensures international offices and technical environments mirror the performance benchmarks set at home.

Challenges Behind the Scenes

Delivering infrastructure abroad takes more than technical knowledge; it requires coordination across time zones, remote collaboration, and the ability to adapt in real time.

Scheduling can be challenging, especially when teams operate across continents, from California to Tokyo, for example. BEI has developed internal processes that support project continuity across these distances, keeping timelines on track and communication seamless. Even when clients adjust the scope mid-project, expanding cabling requirements during installation, BEI’s teams have adapted without delay. In fact, every international project has been delivered on time, including those with accelerated schedules.

Reliable Services Across Borders

The trust placed in U.S.-based infrastructure firms for international work is grounded in three key factors:

• Standards: Documenting standards to reproduce the same quality that clients expect domestically
• Speed: Delivering on time, even in complex, cross-border environments
• Trust: Understanding client systems, expectations, and internal culture

As companies expand into global markets, replicating reliable infrastructure becomes a strategic advantage. That often means working with partners who already understand how to deliver under pressure, anywhere in the world.

Behind Global Tech

The global influence of U.S. technology goes beyond platforms and devices. It extends to the physical systems that power connectivity, communication, and performance across borders.

Behind that expansion is a network of contractors making it possible. BEI Construction is proud to help extend that reach, ensuring infrastructure quality stays consistent, no matter the location.

The post American Infrastructure Powering the World appeared first on BEI Construction.

With 94% of Californians living within 10 minutes of a charger, and thousands more being added each month, the state’s infrastructure is keeping pace with the rapid growth of EV adoption.

The Work Behind the Charging Expansion

As California’s charging network expands, qualified professionals — including electricians certified through the Electric Vehicle Infrastructure Training Program (EVITP) — are key to turning policy into progress. EV charger manufacturers also certify electricians to install and maintain their own equipment, ensuring reliability and performance across different systems.

BEI Construction’s teams bring this hands-on expertise to every EV project statewide, with field crews experienced in installing a variety of chargers, including ChargePoint, ABB, Delta, Tesla, and EVBox.

BEI Construction has already completed more than 50 EV infrastructure projects and installed over 600 chargers across California. Our work spans healthcare, municipal, and education facilities, including electric school bus fleets, which demand higher power capacity, smart load management, and long-term scalability. Projects like the Turlock Unified School District’s EV and solar installations show how BEI designs systems that balance grid coordination, energy efficiency, and future expansion, allowing districts to cut fuel costs, reduce emissions, and modernize student transportation.

Businesses are also realizing the economic upside of clean energy. Installing solar panels and EV chargers can transform parking areas into revenue-producing assets. Drivers who stop to charge tend to shop or dine nearby, boosting local sales. When solar generation supports those charging stations, organizations can lower energy costs, reduce grid reliance, and build resilience during peak demand.

Charging Toward a Cleaner Future

From Redding in the north to Tehachapi in the south, BEI is helping shape California’s charging landscape. With more than 200,000 public chargers now in service, the state’s progress is unmistakable — and BEI Construction continues to help build the reliable, safe, and scalable infrastructure powering that future.

The post California Surpasses 200,000 EV Chargers appeared first on BEI Construction.

Power and Scale

The system brings 11.75 megawatts (MWdc) of solar online through 25,620 modules spread across Navy property. That’s enough to cover the electricity needs of about 2,500 homes each year.

At the heart of the project is a 10 MW / 40 MWh BESS made up of 64 Tesla Megapacks. Pairing the array with this level of storage makes the power more reliable, allowing energy to be shifted and used when it’s needed most.

On the environmental side, the project is expected to cut more than 7,500 metric tons of carbon emissions annually — roughly the same as taking 1,600 cars off the road, according to EPA greenhouse gas equivalencies.

Why It Matters

Naval Weapons Station Seal Beach is a major munitions hub for the Pacific Fleet. Adding renewable energy directly on base improves mission assurance, giving the Navy a more resilient energy resource if the grid goes down. At the same time, the project supports the surrounding community by strengthening the local power system.

Built with Care

Working on secure federal land came with unique challenges. Our crew completed extensive underground civil work to support the Tesla Megapacks, with trenching, vaults, and other infrastructure delivered to exacting standards. Every step was done safely and in coordination with Navy operations, while also respecting the nearby Seal Beach National Wildlife Refuge.

Looking Ahead

With the Seal Beach project now operational, it shows what’s possible when renewable energy is built with both resilience and sustainability in mind. It’s a model we expect to see repeated at other federal and defense sites as the U.S. moves toward a cleaner energy future.

The post Seal Beach: Clean Energy on Navy Land appeared first on BEI Construction.

Recognizing Innovation in Public-Sector Renewable Energy

The awarded project—a 3,588 kW single-axis tracking ground-mount solar installation—was constructed at Atwater’s Wastewater Treatment Plant (WWTP) and includes a 1,728 kW RES-BCT system. Through the RES-BCT program, bill credits from this facility are transferred to other city meters, resulting in citywide energy cost reductions.

This strategic deployment delivers more than just clean power:

• Offsets 98% of WWTP’s energy needs
• Reduces city electricity spend by 45%
• Generates an estimated $3.7 million in net savings
• Cuts greenhouse gas emissions equivalent to removing 1,095 cars from the road annually

With ownership and maintenance retained by ENGIE (now Opterra), and BEI Construction serving as the Electrical Contractor, the City of Atwater also benefited from the 30% Investment Tax Credit and a maintenance-free system with guaranteed performance.

A Night to Celebrate Craftsmanship and Collaboration

Hosted by NorCal NECA – the Northern California Chapter of the National Electrical Contractors Association, the annual Fall General Member Meeting & Awards Dinner celebrates outstanding contributions to electrical construction across Northern California. It brings together member firms, industry partners, and labor leaders to recognize excellence, innovation, and impact.

Held in Pleasanton, CA, this year’s event emphasized projects that not only meet complex technical standards but also deliver measurable benefits to communities. The Atwater RES-BCT project earned recognition in the “Energy Solutions Over $1 Million” category, standing out for its financial innovation, environmental impact, and replicable value to municipalities across California.

Electrical Contractors Association

BEI Construction has been a proud member of NorCal NECA since 2006. NECA plays a pivotal role in elevating the electrical construction industry through education, policy advocacy, and collaboration between contractors and industry partners.

NorCal NECA presents its Project Excellence Awards to recognize outstanding electrical projects each year. These awards celebrate excellence in safety, innovation, and execution. BEI is honored to be recognized by our regional chapter for our work on the City of Atwater RES-BCT project.

Setting the Standard

The City of Atwater RES-BCT project exemplifies what’s possible when innovation, public-private partnership, and expert execution come together. We’re honored to see this work recognized by the NECA NorCal chapter—among so many other excellent projects—and we are even more proud of the long-term impact it will have on the Atwater community and beyond.

The post Celebrating Excellence: BEI Construction Honored at 2025 NorCal NECA Project Excellence Awards appeared first on BEI Construction.