IP6K9K
E-Mobility
prevent climate change
Only by careful handling of the environment and the use of resources
will it be possible to counteract global environmental problems – such as climate change.
Our solutions for e-mobility: charging stations and high-voltage distributors
Only by treating the environment with care and making optimum use of resources will it be possible to counter global environmental problems – such as climate change. An important component in achieving this goal is electromobility. The use of electric cars can reduce emissions and pave the way toward climate-friendly mobility. The prerequisite for this is a well-developed charging infrastructure. This is the only way to ensure the widespread use of electric vehicles.
HV PDUs for commercial vehicles
High-voltage distributors are installed in heavy electric vehicles such as buses, excavators or boats, where they distribute the energy from the battery to the electronic components. As energy distributors, they enable the electrification of large means of transport and ensure trouble-free operation.
The HV-PDUs from ROSE Systemtechnik are developed individually for customers. Customised aluminium and stainless steel enclosures offer reliable protection against water, dust and vibrations. Solutions with our standard enclosures are also no problem. Our HV-PDUs fulfil all protection classes, such as IP6K9K according to ISO 20653 or IP67 according to EN 60529, and our enclosures also pass common vibration tests.
ROSE can easily integrate slimline water cooling systems connected to the vehicle’s cooling circuit and vibration dampers if required by the application.
When designing the enclosures, our design engineers work closely with the customer. We install all the necessary high-voltage components as required and are on hand to advise you.
We manufacture HV PDUs not only in series but also as prototypes and pre-series. If particularly fast solutions are required, we have modular development components available as standard.
The optimal housing for every area
When it comes to withstanding adverse environments and protecting the inside of the enclosure, ROSE Systemtechnik is a reliable partner with its products.
For more than 50 years, our housings have proven themselves in all industries. Regular internal and external tests and inspections ensure the high quality of our product portfolio.
Special housings from ROSE Systemtechnik
In order to offer an optimal enclosure solution, we are specialists when it comes to implementing specific customer requirements.
We see ourselves not just as a supplier, but as a solution partner.
Contact us and you can be sure that we will not only provide you with a product, but that we will develop the optimal solution – tailored to your individual needs – together with you.
Standard housing for every application
The standard enclosures from ROSE Systemtechnik are offered in a wide variety of materials and are used in many areas of application. Thanks to our many years of expertise, we know the requirements for the housings very well. Our standard housings are offered as empty housings. Thanks to high availability and short delivery times, the empty enclosures are promptly at your site and ready for use.
All empty housings can be individually processed and assembled according to customer specifications on request. Thus, the housings can be painted, engraved, lasered or printed with the own company logo according to your taste.
Solutions for charging stations
In public, but also in semi-public areas, charging stations offer a convenient way to charge your electric vehicle. The char-
ging stations are usually equipped with 2 sockets. This allows 2 cars to be charged in parallel. Due to the high charging
power, the battery of the electric car can be fully charged within a short period of time.
Individual requirements in terms of size or colour design are also no problem.
We can help you design your very own charging pole.
Solutions for charging stations
In public, but also in semi-public areas, charging stations offer a convenient way to charge your electric vehicle. The char-
ging stations are usually equipped with 2 sockets. This allows 2 cars to be charged in parallel. Due to the high charging
power, the battery of the electric car can be fully charged within a short period of time.
Individual requirements in terms of size or colour design are also no problem.
We can help you design your very own charging pole.
Charging station
As a complete charging station solution,
the aluminium profile housing on
semi-public areas, such as company car
parks.
Pedestal
A solution with a stand is also possible
for the aluminium profile housing.
This free-standing variation of a
Wallbox combines a representative
look with a tasteful exterior.
Wallbox
Just like our standard enclosures
the aluminium profile housing
is also suitable for wall mounting. Due to
the compact dimensions, this solution
also finds its place in smaller garages or
carports.
Charging station
As a complete charging station solution,
the aluminium profile housing on
semi-public areas, such as company car
parks.
Pedestal
A solution with a stand is also possible
for the aluminium profile housing.
This free-standing variation of a
Wallbox combines a representative
look with a tasteful exterior.
Wallbox
Just like our standard enclosures
the aluminium profile housing
is also suitable for wall mounting. Due to
the compact dimensions, this solution
also finds its place in smaller garages or
carports.
Solutions for wallboxes
The topic of electric cars has gained more and more momentum in recent years. The cars have long since
become part of everyday life in road traffic. One reason for the increasingly widespread use of e-cars is their
convenient and uncomplicated charging. Electric cars can now be easily charged at home. A fast and efficient
way to do this is to charge via a wallbox.
ROSE offers a wide variety of housing variations that can be used for a wallbox. All housings provide comprehensive protection for the installed components.
The housings can be customized individually.
We will gladly take care of your individual customer requirements.
Solutions for wallboxes
The topic of electric cars has gained more and more momentum in recent years. The cars have long since
become part of everyday life in road traffic. One reason for the increasingly widespread use of e-cars is their
convenient and uncomplicated charging. Electric cars can now be easily charged at home. A fast and efficient
way to do this is to charge via a wallbox.
ROSE offers a wide variety of housing variations that can be used for a wallbox. All housings provide comprehensive protection for the installed components.
The housings can be customized individually.
We will gladly take care of your individual customer requirements.
Dual charger
Without taking up much space, the wallbox as a double charger offers the possibility to charge 2 vehicles at the
same time.
Pedestal
If the wallbox cannot be installed on the wall, it is mounted on a stable base.
Single charger
Small and compact, it can be used as a single-charger wall box. When space is at a premium, this is the optimal solution for conveniently charging your electric
car.
Dual charger
Without taking up much space, the
wallbox as a double charger offers the
possibility to charge 2 vehicles at the
same time.
Pedestal
If the wallbox cannot be installed
on the wall, it is mounted on a
stable base.
Single charger
Small and compact, it can be used as a
single-charger wall box. When space is
at a premium, this is the optimal solution
for conveniently charging your electric
car.
AC/DC charging
Alternating current
AC stands for alternating current. The battery of an electric car can basically only accept direct current, but the public power grid only provides alternating current (AC). In order to transfer the current to the battery, a conversion from alternating to direct current must take place. This is done via the charge controller (on-board charger) in the vehicle.
Direct current
DC stands for direct current. Some electric cars offer the option of being charged at direct current (DC) charging stations. Here, the current goes directly into the battery, as the conversion of the current already takes place in the charging station. The power of the station is much higher than that of charging stations that charge with alternating current. This can significantly shorten the charging process.
Typ 1-Plug
Typ 2-Plug
Tesla Supercharger
Combo Plug
AC/DC charging
Alternating current
AC stands for alternating current. The battery of an electric car can basically only
accept direct current, but the public power grid only provides alternating current
(AC). In order to transfer the current to the battery, a conversion from alternating
to direct current must take place. This is done via the charge controller (on-board
charger) in the vehicle.
Direct current
DC stands for direct current. Some electric cars offer the option of being charged at
direct current (DC) charging stations. Here, the current goes directly into the battery, as
the conversion of the current already takes place in the charging station. The power of
the station is much higher than that of charging stations that charge with alternating
current. This can significantly shorten the charging process.
Typ 1-Plug
Typ 2-Plug
Tesla Supercharger
Combo Plug
CE conformity
Mirko Nuhanovic
Area Sales Manager
Tel.: +49 170 76 27 577
E-Mail: Mirko.Nuhanovic@rose-pw.de