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LEARNING NEVER STOPS

NEVER WORRY ABOUT POWER OUTAGES AGAIN

The landscape for educational institutions has transformed dramatically moving towards a more digital and connected environment for both learners and educators. It presents new opportunities to deliver teaching in innovative and interactive ways, blending new connected technologies with traditional physical methods to offer a diverse and dynamic education environment.

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THE THREE KEY CHALLENGES OF IT DEPLOYMENT

CAPACITY AND POWER

The ongoing shift towards digital learning requires an exceptional supply of connected power and capacity from backend systems to ensure all online activity can be accessed off-site, at any time, from anywhere in the world. With remote online teaching becoming more popular to increase student accessibility levels, this capacity demand is only going to continue growing.


STRAIN ON EXISTING INFRASTRUCTURE

Existing technology equipment does not have sufficient capacity to support the vast new demand for online teaching. Existing infrastructure is fast becoming out-dated with new developments like IoT and 5G. With universities welcoming anywhere between 5,000 to 100,000 students, the strain on the digital infrastructure in place may result in downtime, outages and service disruption if it is not appropriately maintained and upgraded.

DELIVERING MAXIMUM UPTIME

As with many sectors, education cannot countenance downtime. Risking hundreds if not thousands of students going without quality teaching standards, even just temporarily, is not an option. With a continually developing focus on connected devices and integrating digital infrastructure into everyday teaching, the need for efficient and secure systems delivering maximum uptime is of paramount importance when considering mission-critical performance.

HOW CAN APC HELP?

ECOSTRUXURE MICRO
DATA CENTERS

Pre-integrated IT physical infrastructure systems are shipped to site fully assembled and are created in conjunction with leading converged and hyper-converged vendors. They feature rapid deployment for large and geographically dispersed educational campuses, offering high performance connectivity, secure data storage and physical protection from human error.

RESILIENT POWER PRODUCTS

Education and IT providers can operate efficiently and safely by utilising solutions such as APC by Schneider Electric’s Smart-UPS Uninterruptible Power Supplies (UPS), providing resilient backup power for critical IT. Should a power outage or unplanned event occur, using a UPS system guarantees reliable and immediate backup power, protecting the infrastructure to ensure digital education continues uninterrupted.

DATA-DRIVEN
REMOTE MANAGEMENT 

With Schneider Electric’s EcoStruxure™ IT software, education providers can remotely monitor and manage their distributed IT and critical power systems to minimise downtime. Through datadriven insights and real-time updates detailing system health and status, the vendor-neutral management platform offers secure, simplified and continuous monitoring for a digitally connected experience.

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DID YOU KNOW?

Globally, the market spends only around 0.5% of the total IT budget protecting
their servers and storage with UPS. 

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Investment in a reliable power protection system for IT Infrastructure reduces
the risk of unplanned costly downtime. 

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Most unplanned and costly downtime can be minimized with the right power protectiona nd real-time visibility 

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Today's always-on technology require certainty for their mission-cricital applications. Deploy reliable, efficient UPS and cloud-based management software to ensure maximum protection from the effects of unplanned downtime.

CAUSES OF DOWNTIME

Power related issues are the number one cause of unplanned downtime.

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What is a UPS?

A UPS protects critical equipment by providing power during outages or surges until the grid is restored or backup generators take over. If no secondary power is available, it allows enough time to safely shut down equipment without data loss, using internal or external backup batteries depending on its size and needs.

A UPS can protect against a variety of power failures or poor electrical quality caused by the power grid or installation environment:

POWER OUTAGE

is an electric power loss in a given area or section of a power grid. It could affect a single building or an entire city, depending on the extent of the damage or cause of the outage.

OVER VOLTAGE

is an increase of supply voltage to a level higher than the design limits of the electrical equipment and thereby cause equipment damage.

FREQUENCY VARIATION

is typically caused by load variations on the public network and can affect electromagnetic loads like motor applications.

HARMONICS DISTORTION

are common voltage and current variations and are mainly caused by electrical equipment in buildings having nonlinear loads.

TRANSIENTS OR SURGES

are a sudden rise in voltage for a very short duration, caused by either lightning strikes on transmission lines or from switching components in the building.

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