eMobility
Mobile with electricity from solar energyFrom the solar system-based charging station to the e-car, you are in the right place.
EM – eMobility
Privat
For private customers, an electrically powered vehicle, of any kind, is a great way of using solar power for daily routines.
It is not only an economical solution, but the very future of mobility!
EM – E Mobility
Privat
The high loss of efficiency is explained by the high heat loss through internal combustion engines. Even when the efficiency losses in power stations (e-vehicles) and refineries (conventional vehicles) are taken into account, the comparison is clearly in favor of e-vehicles.
Another positive fact is the advantage in comparison with natural gas vehicles. If natural gas were used to generate electricity instead of burning it directly, an e-vehicle would cover approximately twice the path length by using the same energy consumption in an e-vehicle.
The introduction of 20% electric vehicles (about 1 million vehicles) into the Austrian market would save 8.4 TWh of energy. This corresponds to a contribution of approx. 37% to achieving the energy efficiency target for 2016.
Moreover, the stored energy of the batteries when the electric vehicle is not in use can returned to the electrical grid.
From the luxury category to the small car, there is always the right model for the specific needs of the customer.
Generally, a Renault Zoe consumes 15 kWh of electricity per 100 km. At an electricity costs of 0.28 € / kWh, the energy costs for a driven kilometer are 4 € / ct.
A Renault Clio consumes 5,6 liters (combined) of gas per 100 km. At a gas price of 1.20 € / liter, the energy costs per kilometer here are 6.7 € / ct.
- Gasoline wear parts: V-belt, engine oil, exhaust system, brake pads, oil filter, air filter, lambda probe, gear box.
- E car wear parts: tires, mop / wiper blades, battery, brakes.
Taking into account the use of own photovoltaic electricity for e-mobility, the profitability is reaching very interesting levels, due to the fact that self-consumption increases the efficiency of PV systems with an amortisation period of less than 5 years.
The PV systems already built and paid, when used to charge E cars, are a real goldmine.
Free electric power replaces expensive fossil fuel.
PV systems safely supply electricity for up to 40 years, which can be used to charge electric vehicles.
EM – E Mobility
Commercial
E-mobility represents a revolution for the short and medium-range sector.
Costs are greatly reduced and the environment is protected.
EM – E Mobility
Commercial
The high loss of efficiency is explained by the high heat loss through internal combustion engines. Even when the efficiency losses in power stations (e-vehicles) and refineries (conventional vehicles) are taken into account, the comparison is clearly in favor of e-vehicles.
Another positive fact is the advantage in comparison with natural gas vehicles. If natural gas were used to generate electricity instead of burning it directly, an e-vehicle would cover approximately twice the path length by using the same energy consumption in an e-vehicle.
The introduction of 20% electric vehicles (about 1 million vehicles) into the Austrian market would save 8.4 TWh of energy. This corresponds to a contribution of approx. 37% to achieving the energy efficiency target for 2016.
Moreover, the stored energy of the batteries when the electric vehicle is not in use can returned to the electrical grid.
In the future, the long-haul will be very attractive due to a growing gas station network and shorter and shorter charging times.
- With a high mileage per year and a long holding period, especially for cars and light commercial vehicles, the cost advantages over conventional vehicles can be achieved quickly.
- Gasoline wear parts: V-belt, engine oil, exhaust system, brake pads, oil filter, air filter, lambda probe, gear box.
- E car wear parts: tires, mop/wiper blades, battery, brakes
- Taking into account the use of PV power for E mobility, the economy shifts into very interesting areas, as self-consumption raises the economy of PV systems to payback times of less than 5 years.
- Already built and paid PV systems become a goldmine when used to charge E cars.
- Free electric power replaces expensive fossil fuel.
- PV systems safely supply up to 40 years of electricity for e-cars charging
EM – Strong brands for a technology of the future
Only the best products and services for our customers.
As in the other areas we have expertise, we exclusively advise on the best components offered by market leaders in the industry. As a result, our customers enjoy all the benefits associated with it:
- A high product and service quality.
- Technology leadership.
- An excellent price/performance ratio.
