We provide comprehensive low and medium voltage power distribution solutions tailored to meet the specific needs of our clients. Our dedicated team of experts excels in designing, engineering, and implementing efficient low voltage power distribution systems, which typically operate up to 1,000 volts. These systems serve as the lifeblood of residential, commercial, and industrial buildings, ensuring a safe and reliable power supply.

We understand the critical role voltage range plays in powering larger commercial and industrial facilities. Our services encompass detailed design and engineering of low and medium voltage distribution networks, incorporating advanced equipment and technologies to optimize energy transfer and minimize energy losses. Our commitment is to deliver turnkey solutions, from conceptualization to installation and maintenance, ensuring seamless integration of low and medium voltage power distribution systems. We prioritize efficiency, reliability, and safety in all our projects, adhering to industry standards and best practices.

Explore how our team can enhance your facility's power distribution, optimizing performance and maximizing energy efficiency for sustainable operations.

Emergency generator power systems are an important component of any electrical power distribution network, providing a critical lifeline during unexpected power interruptions. Here at TCG we specialize in designing and implementing life safety and stand-by emergency generator solutions tailored to your specific requirements. These systems are engineered to provide essential back-up to electrical service to each building when the primary power source fails. Our expert engineers ensure a seamless integration of the emergency generator into your existing electrical infrastructure, guaranteeing a reliable and immediate power supply to essential operations and equipment. The reliability of emergency generator power systems is implemented through regular maintenance and testing, ensuring they function optimally when needed the most. Count on our engineering expertise to deliver the required emergency generator solutions that maximize uptime and protect your operations from unforeseen power disruptions, assuring business continuity.

Discover our unmatched expertise in emergency generator power systems tailored to your needs, partner with TCG, a trusted leader in the field of electrical power solutions.

As the world shifts towards sustainable and eco-friendly transportation options, the demand for EV charging infrastructure continues to surge. electric vehicle (EV) charging stations are needed to strategically integrate into the electrical distribution system, designed to efficiently supply power to electric vehicles. Engineers here at TCG possess the expertise to optimize the design and placement of these charging stations within the existing power distribution network. Our approach focuses on maximizing the efficiency of power distribution, minimizing energy loss, and ensuring seamless integration of EV charging stations with the existing electrical capacity. We contribute to the development of a cleaner and more sustainable transportation ecosystem.

Explore how our team can enhance your electrical power distribution system, and embrace the future of mobility for your building projects.

At TCG we deliver top-tier Hydro service upgrades that seamlessly integrate into your electrical power distribution system. Our team of expert engineers is dedicated to enhancing the efficiency and reliability of your power infrastructure through meticulous hydro service enhancements. By leveraging our extensive industry knowledge, we elevate your system's performance, ensuring it meets and exceeds the highest standards. Our hydro service upgrades prioritize safety, sustainability, and cost-effectiveness, making certain that your power distribution system operates optimally for years to come. Trust our seasoned engineers to analyze, design, and implement hydro service upgrades that align with your unique requirements, ensuring a reliable and resilient power distribution system.

Discover our hydro service solutions, choose TCG and experience the power of engineering excellence.

Here at TCG we understand the critical importance of creating accurate and comprehensive As-Built Drawings for electrical building systems. As part of our service offerings, we specialize in preparing accurate As-Built Drawings that provide an exact representation of the electrical infrastructure post-construction.

Find out how our team of skilled engineers document all modifications, updates, and additions made during the construction phase, ensuring that the final drawings align with the actual installations.

Surge protective devices, commonly known as SPDs, play a critical role in safeguarding electrical power distribution systems from transient voltage spikes and surges. These sudden voltage increases, often caused by lightning strikes or equipment switching operations, can pose a significant threat to sensitive electronic equipment and infrastructure. By strategically integrating surge protective devices into the power distribution system, engineers can ensure enhanced protection against these potential threats, minimizing downtime and preventing costly damage. SPDs act as a first line of defense, diverting excess voltage away from critical components and thereby preserving the integrity and longevity of the entire electrical network. In the modern era of advanced technology and interconnected systems, investing in high-quality surge protective devices is a prudent choice for any facility, ensuring uninterrupted operations and peace of mind for businesses and owners alike.

For expert advice on incorporating surge protective devices into your electrical power distribution system for optimal safety and performance, contact our experienced team at TCG. Discover how we specialize in tailored solutions that prioritize your infrastructure's protection and reliability, leveraging industry expertise to deliver top-notch results. Don't compromise on the safety and efficiency of your electrical systems—trust us to provide you with expert guidance and unmatched engineering solutions.

In the realm of electrical power distribution systems, optimizing energy efficiency and ensuring operational reliability is paramount. One crucial aspect of this endeavor involves addressing the challenges posed by snow and ice accumulation and its subsequent melting process. In regions prone to heavy snowfall, maintaining uninterrupted power supply is a critical concern. Snow accumulation on parking garage ramps, roofs, power lines, and related infrastructure can lead to potential hazards and disruptions. To mitigate these risks, implementing heat tracing technology proves instrumental. Heat tracing involves the application of electric heat to the infrastructure, preventing snow ice buildup and freezing of related pipes. This approach not only ensures the functionality and safety of the distribution system but also enhances its overall efficiency.

Explore how we specialize in designing and implementing optimized heat tracing solutions, ensuring a seamless power distribution process even in the harshest weather conditions. Contact us to help you with your snow melting and heat tracing needs in your building.

Grounding systems are an important component of any electrical power distribution system. In the realm of electrical engineering, understanding the importance of proper grounding cannot be overstated. A grounding system ensures the safety, reliability, and efficient functioning of electrical networks by providing a low-resistance path for fault currents to safely dissipate into the ground. It also helps to prevent electrical shocks and mitigate potential damage to equipment. We emphasize the significance of a well-designed grounding system to our clients. Our team of experienced engineers specializes in creating customized grounding solutions tailored to specific infrastructure needs, ensuring compliance with industry standards and codes.

Discover how we can optimize your electrical power distribution system with robust and reliable grounding solutions, fostering a secure and efficient electrical environment.

Arc flash, short circuit, and coordination studies are critical components of Power System Analysis, crucial for ensuring the safety, reliability, and efficiency of electrical systems within various industries. An arc flash study assesses the potential hazards of electrical arcs, evaluating the energy released during a fault and providing essential data to design protective measures that safeguard personnel and equipment. Short circuit studies, on the other hand, analyze the flow of excessive current due to a fault, ensuring protective devices can quickly isolate faults, minimizing damage and downtime. Additionally, coordination studies focus on optimizing the operation of protective devices to ensure that the protective elements closest to the fault operate before those farther away, thereby enhancing system reliability and minimizing disruptions. We excel in delivering comprehensive Arc Flash, Short Circuit, and Coordination Studies, ensuring your electrical systems meet industry safety standards and operate at peak performance.

Explore how to assess and optimize your power system, promoting a secure and efficient operational environment.

Power factor, harmonic analysis, and correction studies are integral components of power system analysis, critical for optimizing electrical infrastructure and operational efficiency. Power factor refers to the ratio of real power (useful power) to apparent power (total power supplied). A high-power factor indicates efficient utilization of electrical power, minimizing wastage and reducing operational costs. Harmonic analysis involves identifying and evaluating unwanted harmonics in the electrical system. Harmonics can distort the waveform and lead to equipment malfunction and power quality issues. Through thorough harmonic analysis, we can pinpoint harmonic sources and propose suitable corrective measures.

Incorporating power factor correction and harmonic mitigation techniques is essential for enhancing the overall power system performance. Power factor correction involves the installation of capacitors or other devices to improve the power factor, optimizing energy usage and reducing penalties associated with low power factor. Additionally, harmonic correction studies help identify harmonic filters and other corrective measures to mitigate harmonics, ensuring a stable and efficient electrical system. For comprehensive power system analysis, it's crucial to partner with an experienced engineering consulting firm that specializes in power factor optimization, harmonic analysis, and effective correction studies.

Discover how our expertise ensures a reliable, efficient, and cost-effective power system, ultimately contributing to enhanced operational productivity and reduced energy expenses.

Transient analysis and stability studies are essential for ensuring the reliable and efficient operation of electrical grids. At TCG, our team of engineers offers comprehensive transient analysis and stability studies services to optimize your power system performance. We utilize advanced simulation tools and techniques to assess the dynamic behavior of the system during transient events such as faults or sudden load changes. By accurately modeling these transients and analyzing their impact on system stability, we can recommend strategic measures to enhance system reliability and resilience. Our commitment to delivering precise transient analysis results ensures that your power system can effectively handle disturbances and maintain stable operations, safeguarding your infrastructure and providing a seamless energy supply to your stakeholders.

Discover how we can create unparalleled expertise in Power System Analysis for your building project, supporting you in optimizing your electrical distribution system’s performance and longevity.

Retrofit applications in the realm of Fire Alarm Services represent a critical facet of TCG's expertise. We work to integrate cutting-edge fire alarm technologies into existing structures, ensuring optimal safety and compliance with regulatory standards. Our retrofit solutions encompass a meticulous assessment of the current fire alarm system, identifying inefficiencies, outdated components, or areas requiring enhancement. Leveraging our engineering fire alarm experience, we then prepare fire alarm retrofit or upgrade plans that meet the requirements of the local authorities having jurisdiction. Our seasoned engineers design to the latest fire alarm industry advancements.

We aim to improve fire protection detection, rapid response times, and comprehensive coverage, ultimately bolstering the safety and peace of mind for all individuals involved in your building projects. For top-tier retrofit applications and unparalleled expertise in Fire Alarm Services, discover how TCG can help.

When embarking on new construction projects, ensuring a comprehensive and state-of-the-art fire alarm system is a critical component of safety and compliance measures. At TCG we offer top-tier Fire Alarm Services tailored to new construction ventures. We understand the importance of a reliable fire alarm system in safeguarding lives and property. Our team of skilled engineers design integrated advanced fire alarm systems that adhere to industry standards and local regulations. With a focus on precision and efficiency, we ensure that fire alarm system meets all required local fire and building codes, providing early detection and rapid response in case of emergencies. Partner with our team of engineers to construct buildings equipped with robust and dependable fire alarm systems, ensuring the highest level of safety and compliance for your project.

Explore TCG to deliver superior fire alarm solutions, engineered to protect and secure your investments seamlessly.