FAQ

According to studies conducted by Creos, the grid can already support about one third of households in Luxembourg simultaneously charging electric cars, without intelligent charge management and with a maximum power of 11 kW. The Luxembourg grid is well developed and has a three-phase connection for each house and sufficient capacity. All the more so if one takes into account that network operators are continuously evolving their networks to make them more intelligent and resilient in the future.

Of course, this does not avoid possible local bottlenecks, which would require the implementation of local measures. In large residences in particular, intelligent charge management is necessary for electric mobility. With controlled charging, grid capacities are sufficient to supply all households.
 

Find all information about financing your electric car and the aid programmes at www.cleverfueren.lu . 

Various charging methods are available for your electric car:
•    at home, at work or with friends: you can charge your car from an electrical outlet or from a fixed wall charging station. You just need an electrical cable to hook yourself up. In the case of a domestic connection for a single-family house, a maximum charging power of 11 kW is recommended. Find all our recommendations for installing a charging station on our website!

•    at work, check with your employer to see if charging is allowed; some smart charging stations allow individual metering of electricity consumption;

•    Chargy terminals: in frequently visited places such as municipal administrations, hospitals or P&R, you will find public stations that are accessible with your mKaart. These stations provide charging power for batteries ranging from 3.7 to 22 kW. Find the location of the stations on g-o.lu/chargy;

•    on the motorway: at certain motorway service areas you will find fast charging stations providing charging powers of over 22 kW;
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•    outside Luxembourg you can access certain terminals with your Chargy subscription! www.chargy.lu. There are also smartphone applications with which you can access roaming platforms and which enable you to locate and use charging stations in Luxembourg and abroad.  Find out more and plan your trip to Europe with complete peace of mind!

There are various options available to get you around easily and sustainably, which can be combined throughout your day:

•    in addition to producing no CO2 emissions, a bicycle is one of the cheapest and fastest means of transport for covering short distances. And thanks to your mKaart, you can store your bike in one of the many mBoxes available in Luxembourg located close to public transport! For more information, go to mobilitéit.lu;

•    prioritise public transport: by using buses, trams and trains, you will reduce your environmental footprint, avoid traffic jams and save money;

 
•    try carpooling: on average 250,000 empty car seats enter Luxembourg City every day. With carpooling, share your vehicle with other users and make journeys together. In addition to reducing costs and greenhouse gases, this method limits road saturation and traffic jams;

•    for any motorised journeys, an electric car is a more environmentally friendly and sustainable alternative. And thanks to the national network of Chargy charging stations, you can easily charge your vehicle at frequently visited public places! Here you can find the locations of the stations across the country.

Active mobility, alternative sustainable transport: it's now your turn to create your own combination!

Regular maintenance of a rendered façade can considerably reduce the risk of algal growth and fungal attack. Façades most at risk (north-facing and shaded façades) must be cleaned regularly by a specialist company and painted if necessary. Damaged connection and expansion joints on window sills and air outlets of ventilation systems should be renewed.

In the case of composite thermal insulation systems, the choice of material and the application of the coating can delay the formation of algae. The following materials should be preferred:

• mineral renders;
• thick renders;
• renders without the addition of colour, which require a coat of paint after application;
• smooth-textured finishing renders.

Many renders contain biocides (pesticides) that are supposed to prevent the growth of algae and fungi, but over time these biocides are washed off by rain and end up in waterways and soils. Mineral renders are an environmentally friendly alternative to renders containing biocides.

Heavy insulating materials (with high bulk density) store heat better than light insulating materials. During short periods of low temperature, the façade cools down more slowly and less condensation forms on the rendered surface, which reduces the risk of algal and fungal growth.

Heavy insulating materials are generally made of renewable raw materials: wood fibres, cellulose, hemp, etc. The Luxembourg aid scheme Klimabonus provides for a specific category for insulation materials made from renewable, environmentally friendly raw materials with a higher subsidy.

In general, ventilated curtain walls and monolithic structures without a composite thermal insulation system are less vulnerable to algal and fungal growth.

Eaves and window sills as well as the substructural areas protect façades from rain and water splashes and thus reduce the risk of algal and fungal growth. This constructive protection against moisture is part of the architectural design and must be taken into account in the design phase.