T&B, Thomas&Betts Transmission and Distribution 현장 최적의 라인업 소개

 

안녕하세요 TIATIP 입니다.

 

오늘은  T&B(토마스앤베츠, 티앤비, 티엔비, Thomas&Betts, TnB)의 제품 및 서비스 가운데 전기전력 송수신 및 분배계통관련 분야에 적용중인 사례와 활용 가능한 제품군을 간략히 살펴보도록 하겠습니다. 

 

 

 

T&B, Thomas&Betts

Electrical Solutions for Power Transmission and Distribution

 

 

T&B Engineered solutions for your power transmission and distribution system

 

• Transmission
• Substation
• Distribution
• Service Entrance

 

 

T&B(TnB), Transmission and Distribution

From transmission lines and local distribution networks that crisscross the landscape to the customer premises, you’ll find Thomas & Betts products to help you manage and control the constant flow of power. We understand that your customers depend on you to deliver a continuous, uninterrupted power flow, and that you rely on us to provide solutions that enable optimal reliability and efficiency. We also recognize your need to reduce the maintenance, repair and operations costs in your electric power transmission and distribution systems. Whether your systems are overhead or underground, we are your partner in power delivery. Our broad family of electrical solutions enables us to support your design, construction and O&M requirements economically, with fewer and shorter outages.

 

 

 

 

T&B, Electrical Solutions for Power Transmission and Distribution

 

 

T&B(TnB), Power Quality, Efficiency & Reliability

The transmission and distribution industry’s foremost challenge is to provide reliable, quality power. In today’s electronics-oriented culture, it is virtually
impossible for a power loss or power quality disturbance to go unnoticed, and the risks to the utility are great:


• Power quality disturbances cause equipment damage and blackouts
• Improper power factor control sacrifices energy efficiency
• Unreliable electric service reduces customer satisfaction and affects rates that T&D utilities can charge


Power delivery utilities must operate safely and with minimal impact on the population and environment even as they adapt to growing populations and
expanding businesses in their service area. Smart Grid initiatives target improvements in reliability and efficiency. For example, new regulations and
recommendations designed to reduce peak demand and control load flow are moving the industry toward greater energy efficiency. Enabling monitoring and
control capabilities enhances energy efficiency and system reliability, including distribution automation volt/VAR control, fault detection, overcurrent protection and demand-reduction programs.

 

 

T&B(TnB), Continuous Operation & Sustainability

Severe storms, ice accumulations, earthquakes and other natural disasters have the potential to wreak havoc on transmission and distribution system
operation. Likewise, man-induced disasters such as terrorism and hacking could put the grid at risk. Large-scale electrical service disruptions are felt
immediately and the results of a blackout can be devastating, particularly if restoration is not timely. Among the consequences are:


• Interrupted or corrupted industrial processes
• Food storage concerns
• Water quality concerns
• Traffic light hazards
• Life-or-death situations


For this reason, power delivery utilities are steadfast in their quest for continuous, sustainable operation. Best practices like proactive vegetation management combined with sophisticated electrical systems help to prevent and mitigate service outages. Distribution automation improves outage notification, fault isolation and planning and implementation of power
reroutes and restoration, resulting in fewer and shorter outages and greater customer satisfaction. Burying at-risk lines and creating breakaway points
to protect power poles accelerate service recovery.

 

 

T&B(TnB), Grounding & Bonding

Today’s power delivery utilities have become almost entirely dependent on electronic technologies. As a result, the need is greater to review and upgrade
electrical systems with more emphasis on grounding and bonding.
When a grid’s electrical systems are properly grounded, they will absorb current surges. Ineffective grounding can cause voltage variances that damage
electrical equipment or sensitive electronic devices, leading to power loss and costly, unplanned downtime. Bonding removes dangerous current from
electrically conductive materials when a ground fault occurs. If the metal parts are not bonded to an effective ground-fault current path, they can become
dangerously energized. Grounding and bonding systems must continually
adapt to evolving industry standards, such as IEEE 837. Thomas & Betts provides long-lasting, codecompliant grounding and bonding systems and the
training and technical expertise required to optimize grid availability. Our solutions enable you to:


• Reduce failure rates
• Extend the electrical system life cycle
• Increase overall equipment effectiveness
• Reduce project costs with a complete grounding package
• Ensure supplier product availability to minimize downtime

 

 

T&B(TnB), Space Savings

In power delivery applications where space is limited, compact electrical equipment and systems are required. Space-saving designs:


• Ensure sufficient operating clearance
• Accommodate load growth within the existing available space
• Enable you to retrofit older equipment without altering the surrounding infrastructure


The old adage that bigger is better does not hold true in all cases. For instance, compact substation footprints bring cost reductions during construction, operations and maintenance, have less environmental impact and
limit the use of components that have high failure rates. Consequently, the utility benefits from lower life cycle costs and improved availability.


In the power transmission and distribution industry’s pursuit of a better grid, opportunities for devices that work well in confined spaces — above ground and underground, outdoors and indoors — are growing. Thomas & Betts offers space-saving and modular solutions for fusing, connectors and switchgear.

 

 

T&B(TnB), Services & Training

Managing and retaining a skilled workforce in the transmission and distribution industry is a greater challenge now than it has been in the past. Three primary trends are affecting employee retention:


• High attrition
• Aging workforce
• Skills gap


For decades, the power delivery industry operated with incremental and relatively minor changes to its systems and processes. Employees became experts at their responsibilities and enjoyed long careers with their utility.

Now, new devices and systems are streaming into the market, designed to add intelligence and automation throughout the power delivery chain. From transmission and distribution to the substations and service entrance, innovations are transforming the way power is delivered. Baby Boomer employees are working to adapt to the changes or heading into
retirement. Younger employees entering this highly sophisticated field require experience that is not taught in schools.


Because the recent technological advancements require specialized training, power delivery utilities are increasingly relying on manufacturers like Thomas & Betts to provide high-tech electrical product training, services and support

 

 

 

 

 

 

 

 

 

 

Power Transmission and Distribution.pdf

T&B Products Lineup Company Profile 2011EN IDK.pdf

 

 

 

 

 

T&B, TNB, TaNdB

Thomas&Betts, ThomasaNdBetts

티앤비, 티엔비, 티앤드비, 티엔드비

토마스앤베츠, 토마스앤배츠, 토마스엔베츠, 토마스엔배츠

토머스앤베츠, 토머스앤배츠, 토머스엔베츠, 토머스엔배츠

  

 

 

 

 

 

  

내 기술지원 및 구매상담처

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

 

 

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