Charging Pole

Discover our comprehensive information on charging stations, suitable for both residential and business customers. Meet the future of charging and choose the perfect charging station that meets all your needs. Welcome to the world of effortless and sustainable charging!

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Charging Pole

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What are charging stations?

Charging stations are electric charging points designed for electric vehicles (EVs). They provide the electrical energy needed to charge an electric vehicle. Charging stations are essential infrastructure for the growing population of electric cars and contribute to more sustainable mobility. There are different types of charging stations, including regular AC charging stations for slow charging and fast chargers (DC charging stations) that can charge an EV’s battery in a short period of time. They are often found in public places such as parking lots, gas stations and near private homes. Charging stations make electric driving more accessible and help reduce CO2 emissions in the transportation sector.

Powerhub EV

An intelligent EV unit that seamlessly integrates photovoltaic power generation, energy storage and charging capabilities. The Powerhub EV is designed to revolutionize energy management in various parking environments such as supermarkets, office blocks, caravan parks, service stops and fire dust stations. Power Hub EV offers a wide range of renewable energy options.

Powerhub EV

30kW DC Charging Module, 50kW Hybrid Inverter, 120kWh Battery System

With its advanced technology and powerful 50kW hybrid inverter, along with a robust 120kWh battery system, this unit provides efficient energy conversion and storage. In addition, its 30kW DC charging module enables quick and easy charging of electric vehicles.

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Key features

Intelligent energy management unit that seamlessly integrates photovoltaic power generation, energy storage and charging capabilities.
Revolutionary energy management for parking lots at supermarkets, office buildings, caravan parks, service points and gas stations.
Advanced technology with a powerful 50kW hybrid inverter and a robust 120kWh battery system for efficient energy conversion and storage.
Fast and convenient charging capability for electric vehicles with a 30kW DC charging module.

Up to 65kW PV input for sustainable charging solutions by harnessing solar energy, reducing dependence on traditional energy sources and decreasing carbon emissions.
Programmable system settings to take advantage of low electricity prices during off-peak hours, lowering charging costs and compensating for the intermittent nature of solar power.
Ideal solution for energy management in various parking environments, with the potential to increase operational efficiency and reduce charging costs.

Technical specifications

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Rated Output Power / UPS
AC Output frequency and voltage
Type Net
Number in Parallel
Energy configuration (kWh)
Dimensions W x D x H (mm)

50000
50/60Hz; 3UN/PE 220/380, 230/400Vac
3 Fase
6
122.8
1764 x 1050 x 2250

Rated Output Power / UPS: 50000
AC Output frequency and voltage: 50/60Hz; 3UN/PE 220/380, 230/400Vac
Type Grid: 3 Phase
Number in Parallel: 6
Energy configuration (kWh): 122.8
Dimensions W x D x H (mm): 1764 x 1050 x 2250

Adjustable, fast charging for home use.

This adjustable, fast home charging solution is designed for efficient and fast charging of electric vehicles.

High loading efficiency

The charging station offers high charging efficiency, meaning it can charge electric vehicles faster compared to standard charging stations.

IP54 certification, Waterproof and Anti-corrosion

The charging station is designed to withstand harsh weather conditions and environments.

How many solar panels needed for charging station?

If you drive 15,000 kilometers annually, you end up with 2,475 kWh. According to the Consumers Union, a new solar panel delivers an average of 405 kW per year. This means you need seven solar panels to power one car for a year. At 20,000 kilometers, you need 9 solar panels.

On average, how long does it take to (fully) charge my electric car?

The charging rate of an electric or hybrid vehicle depends on a few factors, including:

The maximum charging speed of the charging station;
The battery capacity of the vehicle;
The condition of the vehicle’s battery.

A charging station at home can charge up to 3-phase 32A, this means: 22kW. Not every fully electric car can handle this charging speed. For example, a Volkswagen ID.3 can charge up to 11kW (bj. 2020) and a Jaguar I-Pace (up to bj. 2020) can charge up to 7.4kW. If you choose a home charging station that can charge up to 3-phase, it is best to allow for a charging time of about 8 hours. When you purchase a 1-phase charger, you can expect about 12 hours of charging time. With a fast charger, sometimes even a charging speed of 1,000 kilometers of range per hour can be achieved. Thus, the car can get to 80% range in as little as half!

What is the difference between an AC charging station and a DC charging station?

AC charging poles provide alternating current and are often used for slow charging at home or in public locations. They are standard and suitable for most electric vehicles. DC charging stations provide direct direct current and are mainly used at fast charging stations along highways. They offer faster charge times and are ideal for longer trips. Not all vehicles support DC charging, so compatibility may vary.

Difference in AC and
DC charging poles

AC charging poles deliver electricity in the form of alternating current, similar to what comes out of wall outlets. They are suitable for slow charging and are often used in homes and offices. On the other hand, DC charging stations provide electricity in the form of direct current. They are more powerful and can charge electric vehicles much faster than AC charging stations. Therefore, they are often found at public charging stations and used for fast charging on the go.