On 19th May 2015, the international investment manager 3I Group plc (“3i”) has reached an agreement with our current shareholder Buy Out Fund for the acquisition of our company.[+]
E1 DYNAMICS is proud to announce Chesapeake Mission Critical, a full service data center power, cooling, and service solutions provider, as the newest member of the Technical Sales Representative team for Washington DC, Maryland and northern Virginia. Effective April 17th, 2015, Chesapeake will expand their product offering to include Diesel Rotary Uninterruptible Power Supply systems manufactured by EURO-DIESEL.[+]
On 14th May 2015, EURO-DIESEL participated in the 4th edition of DCD Converged Brazil Government’s exhibition at the Hotel Royal Tulip Brasilia. The event brought many industries professionals in order to discuss current challenges in the data center segment In Brazil.
Le 14 mai 2015, EURO-DIESEL a participé à la 4ème édition du congrès DCD Converged Brazil Government à l’hôtel Royal Tulip de Brasilia. L’événement a attiré de nombreux professionnels industriels et fut l’occasion de discuter des défis actuels dans le secteur des centres de données au Brésil.
On 23rd April 2015, EURO-DIESEL Russia attended Datacenters Design & Engineering conference for a second time.
The conference took place at the Center Digital October in Moscow and provided exhibition space, conferences and networking.
Apart from exhibitors, it was around 350 participants including main players of Russian datacenter market.[+]
EURO-DIESEL participe au salon Solutions Datacenter Management à Paris
Les 1 et 2 avril derniers, EURO-DIESEL a participé à l’un des plus grands salons du Data Center et du Cloud qui se tient actuellement en France.
Outre un espace d'exposition, ce salon, qui se déroule au Centre de Congrès du CNIT à La Défense à Paris, propose des conférences, des tables rondes, des ateliers spécialisés. [+]
The largest pit copper mine in the world is to be found in Chile, 200 km from Antofagasta. It is owned by CODELCO who produces more than one fifth of the global annual ore volume and has resources for two hundred years.
The company also mines other precious ores such as molybdenum. Its primary use is in stainless and high alloy steels. A fragile and expensive resource, molybdenum was widely used during WW1 as its addition, even in small quantities, enhanced the strength and hardness of the steels. [+]
Like many cities, Liege in Belgium is a hub for heavy lorries and vehicles on their way to other destinations within Europe. Over the last few years, the heavy traffic crossing the city from North to South and from East to West reached excessive levels and became a hazard. The engineers in the city transport department were given the task of finding a solution to this problem.
Liege is located in a valley, crossed by the river Meuse and surrounded by steep hills, because of this topology it was clear to the engineers that finding a solution was going to involve important and difficult civil engineering works.
The chosen plan involved building a series of structures: a tunnel, 376m long followed by a 480m underpass in the city, joined to a further tunnel of 635m, via a suspension bridge over the river some 327m long. This was then followed by a curved tunnel of approximately 1600m long.
The traffic flow along this new route was estimated to be 60,000 vehicles per day. Design considerations were given to the environment and the surrounding residents, in addition to the compliance with the necessary standards of safety for the construction of the tunnels and bridge.
The tunnels were provided with safety equipment comprising comprehensive signs (for guidance, safety etc) lighting, ventilation, surveillance and communication equipment, pollution control, fire protection, automatic incident detection and much more.
Safety was of paramount importance as an ordinary incident in a tunnel could assume dramatic proportions; fire and explosion being very real hazards.
Electrical power to the tunnels is supplied by a 500 kilometre low smoke and halogen free cable. All the equipment is dependant on the quality of the power supply and it is essential that in the event of a mains failure or in the case of a fire, the critical equipment continues to operate without detriment.
In order to secure 100% of the power supply in all situations, the engineers were asked to identify which loads were absolutely critical to ensure safe traffic movement through the tunnels especially in the event of a major incident.
The electrical loads were split and identified as critical and non-critical. The non-critical loads which could accept a short mains interruption whilst waiting for an alternative supply were ventilation and pumping station equipment, whilst critical loads which could accept no interruption were lighting, fire detection, exhaust vents/fans and all the equipment for communication purposes.
To guarantee a permanent, uninterrupted power supply to the critical loads, 4 x NO-BREAK E1 systems were installed in addition to an emergency standby diesel genset for the non-critical loads.
These machines are tested once a week and once a month a mains failure is simulated.
The 4 x NO-BREAK E1 systems are rated at 1000kVA and each has sufficient fuel capacity to run for 48 hours.
The systems are placed in four different, conveniently chosen locations so as to be easily accessible but somewhat remote from the tunnels. To ensure their readiness to operate, the diesel engines are pre-heated and the rooms in which they are located are maintained at a constant temperature.
Since they are located in urban areas, much attention was paid to lower the noise levels from the exhaust outlets and reduce any noise nuisance to local residents. Residential silencers and widely dimensioned air inlet and outlet silencers were fitted to guarantee a comfort noise level compatible with the latest requirements.
An interesting feature of the system is that, when operating in normal mode, the NO-BREAK E1 provide a service to the user by injecting reactive power back to the mains, improving the power factor thus reducing the energy costs.