Britain’s largest manufacturer of specialist in-building water, oil and gas leak detection systems, Andel, is set to launch the latest addition to its Floodline leak detection system - a new hybrid environmental monitoring control panel – at Data Centre World (12-13 March, ExCel London).

Andel’s team will launch Floodline 128 mk 2 panel, a multi-functional and customisable water, oil, multi-gas leak detection and environmental monitoring panel which comes packed with updated technology, enhanced installer and end-user functionality and a single connection to the BMS.

The team will also be on hand to talk to visitors about how its unique Floodline leak detection services can allow early action to prevent damage, reduce disruption and limit loss in data centres. It will also showcase its specialist fuel oil storage and care services.

Andel offers a unique combination of water, oil and gas leak detection systems, all managed via a single control panel. Crucially, for data centres, Floodline monitors concealed pipework for both water and refrigerant gas leaks from air conditioning systems as well as monitoring for humidity and temperature spikes – vital for server rooms. Andel also ensures that the fuel used to power standby generators is not leaking, is in good condition and is stored correctly within the requirements of the Oil Storage Regulations.

 

Commercial Director, Mark Harris, said: “Data centres face a number of leak risks which would spell disaster if not detected. We are the only service provider offering both a leak detection service and fuel oil care services, all accessible via one control panel. We look forward to meeting visitors at Data Centre World to talk about their infrastructure management needs.”

 

Based in Yorkshire but with nationwide and international coverage, Andel has more than 25 years’ experience. 

Chatsworth Products (CPI) invites you to join us at Data Centre World in London from Mar. 12 - 13, where you can experience a new approach to simplifying your operation and protecting your network.

When you stop by Stand D329, you'll witness CPI's complete Cabinet Ecosystem solution, which integrates cabinet, power distribution, access control, software and provides a lens into your entire data center. This cabinet-centric approach provides the foundation for simplified, reliable and efficient operation. In addition, you'll experience products that can help you extend your IT network to the edge and protect your sensitive equipment—even in harsh environments.

With business growing at an impressive rate for AVK, the UK’s leading provider of critical power systems and maintenance is expanding further in Ireland. AVK now has a growing and dedicated team, fulf ...

FläktGroup UK will be showing our latest Exhibitor Unit at DCW March 13th/14th

Part of the ADDERLink® ipeps range, the ipeps+ enables you to remotely access and control your critical computing hardware using your standard IP network. Using RealVNC client software, computers outside the network can be remotely and securely accessed.

ATEN's PSS PP v3.0 Secure KVM Switches are specifically designed to meet the stringent security requirement of secure defense and intelligence installations. The Secure KVM is compliant with PSS PP v3.0 (Protection Profile for Peripheral Sharing Switch, Version 3.0) standard certified by the National Information Assurance Partnership (NIAP).

A Tale of Two Datacentres

27 Nov, 2018 | Articles

“It was the best of times, it was the worst of times, it was the age of wisdom, it was the age of foolishness…” Charles Dickens, A Tale of Two Cities.

With apologies to Charles Dickens.

 

Reducing Risk

The datacentre manager is responsible for maintaining their, or their clients’ essential systems and processes 24/7.

Power delivery is therefore critical and power protection systems must be available every second of every day and so maximizing system availability must be the overriding objective of any installation.

Availability can be defined as the probability that an item will operate satisfactorily at a given point in time, crucially it includes both preventive and corrective maintenance downtime. It is most often represented as the percentage of system uptime achieved in a year and by the equation of mean time between failure (MTBF) divided by mean time between failure, plus the mean time to repair MTTR. MTBF can be mitigated by overall system design, i.e. removing single points of failure and MTTR by product design. Over the years, many improvements have been made in relation to UPS technology and configurations to increase availability.

Data centre managers are naturally risk averse people as the consequences of going ‘off line’ even for a few seconds can incure significant financial penalites relating to service level agreements. Down time can result in loss of clients, loss of reputation plus the incalcuable cost of missed revenue of potential cients shopping for a more reliable alternative. A pretty stressful occupation!

The Human Element

So why in the age of wisdom, do we still see headlines relating to large data centres power failures? Even if the most advanced technology is employed to create a reslient and highly available UPS system, there is still room for human error and there are many published statistics indicating the percentage of failures caused by such. Of course, problems caused by lack of training is a completely separate issue and no-one can mitigate against wanton mailce. However it still appears that most of the high-profile incidents of data centre power outages have been linked to human intervention – accidental or otherwise.

Secure access of control rooms limit the chance of outside interference and thorough training and proceedures – including the two man rule – reduce the risk of mistakes being made. Data centre managers put proceedures and training in place to mitigate these risks as far as humanly possible but how can technology help?

Technology

From a technological point of view, building redundancy into the UPS system reduces the risk of the system going off-line and increases availablity.

As data centres have evolved from using a single UPS to parallel systems, availablity has increased. The higher the availability, the lower the downtime. The introduction of redundancy and low MTTR by rapid hot swap modular designs now means with some of the UPSs on the market, six-nines (99.999999%) availability is possible. This equates to some 32 seconds downtime over a year, a relatively small value in time but to a data centre it is an eternity. So how can we increase this availabilty percentage even higher?

Distributed Active Reduntant Architecture

Following extensive failure analysis research and insights gathered from 25 years’ of field experience working with a large number of data centers and other critical environments, CENTIEL’s power protection solutions are reaching 9 Nines levels of availability, reducing downtime risk and avoiding costly errors.

Distributed Active Reduntant Architecture (DARA) is a concept introduced by CENTIEL into its 4th generation UPS. This active-redundant technology alongside the elimination of potential single points of failure and the true modular hot swap capability allows CENTIEL’s CumulusPower™ to deliver an industry leading availability of 9 nines (99.999999999) to fulfill the needs of the most critical power applications. Cumuluspower takes downtime from seconds, to the milliseconds level.

A Tale of Two Data Centres

Imagine Dave managing a large datacentre in a remote location selected specifically because of the low cost of real-estate and the prevailing cooler ambient tempreatures helping to reduce the cost of cooling. A modern modular UPS has been installed to provide critical power protection and ensure the availablity of the data for numerous high-profile, house-hold name clients.

Dave well understood choosing a stadalone type UPS where the main component parts of rectifier, inverter and static switch are modular: i.e. can be easily removed/instered. It meansif there is a problem with say the recitifier, it can be swapped easily. However, if any one of these component did fail then the whole UPS functionality goes down with it.

So Dave chose a modular system which includes the rectifier and inverter within individual power modules. However, one day the UPS display panel indicated an alarm associated with the single centralised static switch and Dave immediately put out a call to the service provider to attend to investigate. It should only have taken a few moments to swap out but, due to the datacentre’s location getting to the site to replace took the maintance engineer several hours. During that time the system lost its ability to transfer to to static bypass. Dave felt very exposed sitting there looking at the alarm panels and red alarm LED waiting for the engineer to arrive. Having this job is sometimes not the best of times.

Jim too manages a big data centre in another remote location. Jim understands the concept of decentralised architecture and how it increases system availability. He worked with his trusted advisors at CENTIEL to select a power protection system with the highest level of availability and installed their true modular UPS with DARA.

With Jim’s UPS all the elements of rectifer, inverter and static switch are contained within each individual module. He knows if a static switch fails in one module then he has not lost the ability to transfer to static bypass via the rest of the modules in the UPS frame.

One thing that was always at the back of his mind was the communciatons between modules. Surely duplication and redundancy of UPS components must also apply to this aspect of the system design? The most simple communications bus is a single cable. If this breaks or becomes disconnected, the entire system could potentially be compromised. For this reason, the ring circuit was introduced. If the circuit breaks the signals can simply communicate the other way around the ring.

But Jim being the natural risk averse person that he is, wanted even more assurance and wanted to see how this was being addressed by the designer. CENTIEL’s Triple Mode communications bus was the answer. Like its name suggests, there are three paths of communication between UPS modules, and parallel frames, with three separate ring circuits, and three brains in each module communicating with the three brains in all the the other modules – it’s the belt, braces and buttons approach.

Jim likes the image of comparing Triple Mode to a tightrope walker. If a tightrope breaks, the consequences will be dramatic and far-reaching. In the same way, a single communications bus is far more precarious than a Triple Mode ring connection which is more like a bridge with multiple supports. Here potential single points of failure are removed. Even if one or several bridge struts fail, the others will support the load.

While we all understand what the D and R mean in DARA, distributed and redundant through decentralised parallel independent UPS modules with triple communications what does the the A stand for?

A is the automated democratic decision making process which is another real differentiator in CENTIEL’s 4th generation true modular UPS. The sum of the decision determines the total system action or reaction to any issues.

In Dave’s UPS system in our first datacentre example, if five modules share a load, if one has a problem it may signal all the modules go to static bypass. With Jim’s system, democratic decision making recognises a fault in one module and the other four will remain online while the problematic module is switched off automatically, allowing for replacement or repair while the load is still protected. No single component takes decisions for the whole system.The automated process removes some of the human element which has led to the majority of datacentre power failures in recent years.

A static switch in a module goes down. Jim is alerted to the single module fault as his critical facilities continue to be maintained by the other UPS modules. Jim phones the engineer so it can be replaced while he grabs a quick coffee. Having this job is the best of times.

Conclusion

Naturally, often cost comes into the decision making process when purchasing a UPS. However, the purpose of a UPS system must be to protect critical loads with the highest level of availability. There must be no potential single points of failure. Therefore, it is important to check the configuration and the definition of a modular system carefully and seek expert advice before purchasing.

At CENTIEL our design team has been working with data centres for many years at the forefront of technological development. We are the trusted advisors to some of the world’s leading institutions in this field. For this reason, we have developed our pioneering 4th generation true modular UPS system CumulusPower which offers offer industry-leading availability of 99.9999999% (nine, nines), with low total cost of ownership (TCO) through its Maximum Efficiency Management (MEM) and low losses of energy.

Article originally featured in DCNN November 2018

 

 

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