To listen to the SolarEdge EV Charger Radio Segment Click Below 

SolarEdge, a smart energy company says its EV charging solar inverter enables faster charging through its solar boost mode, which allows simultaneous charging from both grid and solar power.

Having the solar boost mode option effectively reduces the typical charging times by 4. Charging using the solar-only option also had the added benefit of giving users more energy independence, enabling them to reduce power bills.

The two-in-one charger and inverter is compatible with multiple EVs and integrates with the SolarEdge monitoring system, allowing users to control and track charging status and set charging schedules to take advantage of off-peak rates, all at the touch of their smart device.

Technology is advancing at a rapid pace.

Radio Segments Motoring Minute

Listeners can hear Motoring Minute segments around Australia every day on over 50 radio channels through the Torque Radio network.

Motoring Minute has an average daily audience of over 550,000 listeners.

You can also find Motoring Minute segments syndicated through other news sites around Australia.

Additionally Motoring Minute is also broadcast as part of Overdrive – Cars Transport Culture Radio Program. 

The post SolarEdge EV charging solar inverter appeared first on Eco Car Guide.

Engineers from Kia have developed the outstanding power pack featuring 192 lithium-ion polimer battery cells in eight modules, delivering a total power output of 27 kWh. The pack incorporates state-of-the-art thermal control technology to maintain individual cells at optimum temperature and structural design to enhance crash worthiness.

Nickel-rich NCM (nickel-cobalt-manganese) cathode material is used in the mass production of the battery cells for Soul EV. Energy density, which is dependent on cathode capabilities, is a core performance factor deciding EV driving range. By exploiting the class-leading energy density of its battery, the Soul EV offers a driving range of ‘around’ 200 km on a single charge.

High performance electrolyte additive and anode materials were also developed to meet various performance requirements (such as safety and lifecycle), while maintaining high energy density.

In addition, a special safety & secure separator is used in the Kia Soul EV’s battery cells. The separator determines the safety and the charge/discharge speed of the battery. It has improved thermal resistance, which helps to keep the cell secure from exposure to heat or fire by preventing the shrinking of the separator if the temperature of the cell increases beyond normal levels.

Together, the low electrical resistance battery cell, proper battery system thermal control and accurate state-of-charge calculation improve the charging performance, thereby enabling an outstanding ‘fast charge’ time of 25 minutes (100 kW DC) or 33 minutes (50 kW DC). Full recharge time, depending on power source, takes up to five hours (6.6 kW AC).

The electrolyte additive used in the Soul EV will prevent the degradation of battery performance at both low and high temperatures, expanding the temperature range of the battery usage and reducing the fluctuation of the driving range according to the weather.

Cold weather is notoriously hostile for a battery and the Soul EV features a battery heating system, which warms-up the battery while the car is plugged into the grid, prior to use. This helps to maintain optimum battery performance regardless of external temperature.

For maximum ‘active safety’ the battery module is fitted with an overcharge protection device that cuts the high voltage circuit if ever the battery cell swelling phenomenon should occur due to overcharging.

Optimization of the raw materials used to create the cathode morphology control and surface coating, the anode surface coating and electrolyte additive, plus the excellent mechanical strength of the separator, ensure class-best durability and safety of the cell.

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