Streamline Load Bank Testing

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Load bank testing is necessary for facilities such as water wastewater plants, data centers, high rise buildings, and nursing care centers.

According to NEC Article 708 and NFPA 110, automatic transfer switches are required to be regularly tested. These regulations are in place to ensure that when utility power goes down, the backup equipment will effectively support the facility’s electrical requirements.

The time and cost associated with load bank testing procedures, which have to be repeated at regular intervals, can be arduous.

ESL’s TripleSwitch, a safety-interlocked 3-way manual transfer switch, is UL 1008 Listed up to 3000A and significantly reduces the time needed to make required connections and disconnections when load bank testing. The TripleSwitch was specifically designed for two purposes:

  1. To streamline load bank testing procedures.
  2. To provide a redundant and safe way to connect a backup generator in the event the permanent generator malfunctions, requires routine maintenance, or if utility power fails during load bank testing.

ESL’s TripleSwitch provides 4 primary benefits for facilities that have an automatic transfer switch and permanent generator:

  1. Reduces time required for making the necessary connections for load bank testing
    Load bank testing can be challenging and time consuming. With multiple connects and disconnects of electrical connectors between the permanent generator and ATS this process can tie up manpower. From start to finish, it can take 2 people up to 10 hours to complete a full load bank test. With ESL’s TripleSwitch system, the resources required to load bank test are minimized netting a considerable time savings.  With cam-style connectors, load bank connections can be made in minutes.
  1. Provides portable generator connection for redundant backup
    Since the permanent generator is disconnected from the system during load bank testing or for repairs, the facility’s power systems are now susceptible to power loss in this time. ESL’s solution minimizes this risk.  Since the TripleSwitch has dual functionality, a portable back-up generator can quickly be connected to ESL’s 3-way manual transfer switch in the event utility power fails or the permanent generator has performance issues.
  1. Mitigates risk of making faulty or incorrect connections when reconnecting the permanent generator and/or ATS after load bank testing is complete
    The permanent generator and ATS are directly wired to the TripleSwitch, allowing connections to be made to the load bank or emergency back-up generator via color-coded cam-style connectors instead of the traditional hardwiring method.
  1. Reduces wear and tear of ancillary equipment
    It is not uncommon to damage wire conductors when making frequent connects and disconnects of the cables. With ESL’s TripleSwitch, connections to the load bank are made with cam-style connectors, preventing unavoidable wear and tear of cables and termination lug threads.

ESL’s unique UL 1008 Listed TripleSwitch system simplifies the traditional connection/disconnection process required for load bank testing of permanent standby generators for facility power systems. It also combines generator quick connects for redundant backup portable power at a much lower cost, smaller footprint, and can virtually eliminate wiring mistakes.

Additional TripleSwitch resources, such as specifications, spec sheets, and case studies, can also be found here.

Importance of Emergency Power

Frequency of weather-related power outages across United States

Impact of weather-related power outages

The reliability of power over the past 15 years has been strained by increased demand by growing populations, aging infrastructure and more frequent occurrences of extreme weather. As seen in bar graph [a] on the right, the number of weather-related power outages has doubled every five years since 2000. Although the timing of when these outages happen fluctuates from day to day, season to season, and year to year, the data shows that weather-related power outages are steadily on the rise.

The estimated costs of weather-related power outages, by year, are provided in graph [b]. The variations in cost change considerably year to year. These cost estimates are dominated by the impact of large storms and the numerous costs associated with power outages. These costs include lost output and wages, spoiled inventory, inconvenience and the cost of restarting industrial operations. Although weather is a major factor in the cost of power, the costs associated with power outages are influenced by the amount of time that the power is out as well. The pie chart [c] shows the average length of reported power outages in the digital economy, continuous process manufacturing and fabrication/essential services sectors of the economy. Regardless of what industry your business is in, the longer the power is out the more money you are losing.

As the climate changes and infrastructure ages, the economic and social impacts of power outages may be unavoidable. However, the effects can be mitigated by being diligent and taking appropriate steps to minimize operational downtime. ESL’s emergency power connection equipment is very cost-effective, especially when compared to the cost of being without power for extended periods of time. In addition, our emergency power products provide users with safe and simple operation so that grid-tied facilities can quickly connect to portable power when it matters most.

For more information on how ESL can help you be prepared for the next major power outage, contact us.

Sources:
1-Billion-Dollar Weather and Climate Disasters
2-Power Outages On The Rise Across The U.S.
3-Economic Benefits of Increasing Electric Grid Resilience to Weather Related Outages
4-The Cost of Power Disturbances to Industrial & Digital Economy Companies

2016 Hurricane Season Forecast

2016 Hurricane Season

The 2016 Atlantic hurricane season forecast released from Colorado State University in April calls for the number of named storms and hurricanes to be near historical averages. A total of 12 named storms, five hurricanes and two major hurricanes are expected this season. These numbers do not include Hurricane Alex, a rare occurrence that hit the Azores in mid-January. The official hurricane season spans from June through November. However, as illustrated by Hurricane Alex, the formation of tropical cyclones is possible at any time of the year.

“the number of storms and when they strike doesn’t particularly matter. Because it only takes one.”

Most forecasting groups have called for this season to be an above average season, due to a combination of factors including a transition to La Niña and warmer than normal sea surface temperatures in the Gulf of Mexico. But as pointed out by Eric Fisher,Chief Meteorologist at CBS Boston, whether the forecast is in line with the average or above it “the number of storms and when they strike doesn’t particularly matter. Because it only takes one.”

Take Hurricane Isaac for example in 2012. Isaac was a deadly and destructive tropical cyclone that came ashore in the state of Louisiana during August 2012. The ninth named storm and fourth hurricane of the annual hurricane season caused $2.39 billion USD in damage and led to 41 fatalities (breakingnews.com).

It’s never too late to make sure that you’re prepared for an emergency or loss of power. As a business owner, planning for an emergency power situation requires choosing a standby power solution. While some solutions can be quite costly, ESL’s pre-wired UL 1008 emergency quick connect equipment is very cost-effective. In addition, it provides users with a safe and simple operation to connect portable power in minutes minimizing the interruption of business operation and associated costs.

We can’t stop hurricanes, but we can mitigate risk, both to our lives and our property, by being proactive. Plan ahead. The first step is to evaluate what type of transfer switch is most suitable for your application. Be prepared. Learn more about manual transfer switches and emergency power preparedness statistics. Then contact ESL for a quote.

Hurricane Dolores Growing Stronger: Are You Prepared?

Durricane Dolores
Photo credit: http://cdn.phys.org/newman/csz/news/800/2015/satellitesse.jpg

Hurricane season is in full swing as Dolores gains strength and moves south of the Mexican Pacific coast. The storm is expected to be classified as a major hurricane (Category 3 or above) using the Saffir-Simpson hurricane wind scale, within the next few days, as Dolores continues to grow.  At this time, the storm is moving west-northwest at a steady 5-10 miles per hour and is not expected to make landfall. The storm is causing high surf conditions, rip tides and heavy rains as it moves along the Pacific coast.

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ESL to Exhibit at the 2015 American Society for Healthcare Engineering Annual Conference and Technical Exhibition

ESL ASHE Annual Conference
ESL is presenting their emergency backup power solutions to the American Society of Healthcare Engineering

Emergency backup power planning is at the heart of designing for critical facilities such as hospitals and data centers. Engineers have much to consider when they design hospitals and buildings that are intended to provide critical care to those in need. This weekend, ESL Power Systems, Inc. will be bringing a few of their emergency backup power solutions to Boston and speak to those attending the American Society of Healthcare Engineering (ASHE) Annual Conference and Technical Exhibition.

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