Power Distribution
System Review
Josh
/
Power Distribution
Specialist
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Path to Success
Customer Challenge
Safe, reliable Power Distribution and Control systems are the lifeblood of manufacturing operations. Optimizing existing gear with modern controls and monitoring can improve both reliability and safety.
When it is time to replace older systems, working with Power Distribution and Control Specialists who understand your needs can ensure your goals are met, on time, on budget.
Customer Success Brief
Aggregate Company
A Texas based aggregate company needed to expand their Power Distribution and Motor Control systems to support expanded production capacity within a very aggressive project schedule.
They reached out to AWC to work with their engineer to layout and design the switchboards and MCC’s to reduce the overall space required and meet increased safety requirements.
1 Needs
- Expand Power Distribution and motor control infrastructure
- Increased Safety – need ability to remotely operate main breakers
- Remote Data Monitoring and control
- Short lead time to meet increased capacity requirements
2 Scope
- All gear to fit into portable buildings with the smallest footprint possible
- 12 switchboards (Metal Enclosed) and 12 Motor Control Centers (with Variable Frequency Drives)
- All gear to fit into portable buildings with the smallest footprint possible
- Remote monitoring and control stations with outdoor rated HMI’s
3 Solution
- Layout and design assistance based upon size/space constraints in substation buildings
- Design, construction and delivery within tight schedule
- Customization of AWC Intellipower HMI screens to fit operational plans
- Testing and commissioning of integrated systems
- Increased safety via AWC’s IntelliPower remote monitoring and control systems
4 Results
- Reduced equipment cost by $245,000
- $130,000 for the electrical equipment
- $115,000 for the power automation system
- Reduced project lead time by 10 weeks
- Increased safety by incorporating remote breaker operation outside of arcflash boundary
- Improved maintenance response time through remote monitoring and alarming
Talk with our chat team about scheduling a
Power Distribution System Review.
Customer Success Brief
Aggregates Company
A Texas based aggregate company needed to expand their Power Distribution and Motor Control systems to support expanded production capacity within a very aggressive project schedule.
They reached out to AWC to work with their engineer to layout and design the switchboards and MCC’s to reduce the overall space required and meet increased safety requirements.
Talk with our chat team about scheduling a
Power Distribution System Review.
1 Needs
- Expand Power Distribution and motor control infrastructure
- Increased Safety – need ability to remotely operate main breakers
- Remote Data Monitoring and control
- Short lead time to meet increased capacity requirements
2 Scope
- All gear to fit into portable buildings with the smallest footprint possible
- 12 switchboards (Metal Enclosed) and 12 Motor Control Centers (with Variable Frequency Drives)
- Increased operational safety
- Remote monitoring and control stations with outdoor rated HMI’s
3 Solution
- Layout and design assistance based upon size/space constraints in substation buildings
- Design, construction and delivery within tight schedule
- Customization of AWC Intellipower HMI screens to fit operational plans
- Testing and commissioning of integrated systems
- Increased safety via AWC’s IntelliPower remote monitoring and control systems
4 Results
- Reduced equipment cost by $245,000
- $130,000 for the electrical equipment
- $115,000 for the power automation system
- Reduced project lead time by 10 weeks
- Increased safety by incorporating remote breaker operation outside of arcflash boundary
- Improved maintenance response time through remote monitoring and alarming
Power System Optimization Review
Optimizing older designs, or developing new ones, starts with understanding the business goals and application requirements. Including design constraints and risks. Once the system needs are captured, a review of existing distribution, controls and automation technology are required before an optimal solution can be selected.
A power system optimization review determines if the goals for expanding, upgrading or replacing an existing distribution and protection system can be achieved within an acceptable budget and schedule.
The 1st step of the Optimization Review is a Needs Analysis. The Needs Analysis will tell us if we can help you achieve your goals. If we can help, we will complete the Optimization Review by providing you with a Preliminary System Design for your consideration at no charge.
scheduling a Power System Optimization Review.
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