Simple and Secure Scalability of Energy from the Grid to Data Centers
An efficient and reliable infrastructure requires that the energy is optimally distributed. HARTING solutions can help to simplify and secure scalability from the grid.
The consistent implementation of the All Electric Society (AES) requires high current and voltage levels in the smallest of spaces. A corresponding grid infrastructure must be designed in such a way that the energy can be optimally connected, regulated and controlled.
How standardisation for data centres can reduce costs and speed up time-to-market
High-quality materials ensure a longer lifetime
The advantages of plug & play solutions over hardwiring become evident when a data centre is connected to the transmission network: the installation time is reduced, for example, if at least parts of the transition from the 110 kV high-voltage network to the low-voltage area inside the data centre (400 V/230 V) are designed using cable assemblies with plug connectors.
The
The components of the interface are designed to be so robust that power transmission between generators, converters and transformers, remains stable in the long term.
Han® HPR Single Pole with 25 different coding options
Han® HPR HPTC enables time savings due to easy installation and shielding without shrinking or taping
Web-Seminar | Efficient and secure scaling of energy infrastructures
The consistent implementation of the All Electric Society (AES) requires the efficient management of high current and voltage levels as well as related management of data. A corresponding grid infrastructure must be designed in such a way that the energy can be optimally connected, regulated and controlled. We will discuss how.
Pre-assembled cables to reduce installation times
Indoors, the Automatic Transformer Switch (ATS) ensures a safe power supply to the downstream devices in the data centre. You will hardly find a solution better than the
With single poles, the cables can be pre-assembled before installation, which enables the power supply infrastructure for the data centre to be set up quickly. The housings are equipped with locking screws that prevent unintentional mating or disconnection.
On the live side, the single poles have a comprehensive contact protection to ensure that there is no risk of electric shock during a decoupling for example. In general, crimp termination is ideal for consistent connection quality, because the processes are repeatable in the most precise way.
With a transformer switch, this is particularly relevant on the cable side. Other connection types such as screw termination or cable lugs can also be used on the attachment side.
Single poles reduce the installation effort and increase flexibility, helping data centre operators to deal with the shortage of personnel and skilled workers.
Your benefits at a glance:
Accelerated energy infrastructure setup due to plug & play solution and pre-assembled cables
Longer lifetime due to Han® HPR standard metal hoods and housings for harsh environments
Cost savings due to minimum inventory needed based on efficient coding system
Reduced handling weight so single wires can now be plugged with the single poles