In the midst of the challenges of global climate change, the concept of "mobility innovation" is now an urgent need for the mobility sector. As one of the major players in the automotive industry, Hyundai responds to this by placing sustainability at the core of the company's strategy.

This step is not only limited to the production of electric vehicles, but also the construction of an ecosystem that supports clean mobility. In Indonesia, this can be seen through the presence of Hyundai Motorstudio Senayan Park. Not just a showroom, this place functions as a brand experience center that displays the concept  of clean mobility.

This article will discuss the technical manifestations of Hyundai's mobility innovations, from energy management features to flexible charging systems.

Latest Technology: E-GMP Platform

Hyundai's commitment to green technology is built on a technical foundation called E-GMP (Electric-Global Modular Platform).

E-GMP is a platform specifically designed for battery-based electric vehicles (BEVs), such as the IONIQ 5 and IONIQ 6. Unlike conventional car platforms that are modified, E-GMP was developed from scratch to optimize the performance of electric vehicles.

The technical characteristics of E-GMP include:

• Space Efficiency: Flat floors and  long wheelbases provide more spacious cabin space.
• Battery Performance: Offers better power efficiency and competitive mileage.
• Feature Innovation: The platform allows the integration of Vehicle-to-Load (V2L) and Multi-Charging System technologies.

Getting to Know V2L (Vehicle-to-Load) and Its Functions

One of the leading features of E-GMP-based electric cars is Vehicle-to-Load (V2L). This feature transforms the function of the car, which was previously only an energy user, into a distributor of electrical energy.

How it works and capacity

V2L allows electric current to flow in both directions. The car can receive power from the charger, while also supplying power to external electronic devices through a  dedicated port.

• Power Capacity: V2L is capable of supplying AC electrical power up to 3.6 kW.
• Comparison: To illustrate, this capacity is larger than the average household electrical power in Indonesia (1.3 kW - 2.2 kW), so it is enough to operate several electronic devices at once.

Practical Application of V2L

This feature is designed to provide convenience in a variety of situations:

• Outdoor Activities: Can be a source of electricity while camping to power lights, water heaters, or other electronic equipment.
• Remote Work: Allows charging of laptops and work equipment in locations that do not have access to electricity.
• Backup Power Source: In the event of a power outage in the home, V2L can be used to power essential appliances such as refrigerators or emergency lights temporarily.
• Business Support: For small business actors or food trucks, cars can function as a quieter and emission-free operational resource than the use of conventional generators.

Flexibility of Multi-Charging System

In addition to  power output management  , Hyundai also develops innovations on the charging side (input) through the Multi-Charging System. The technology was developed to address the challenges of a varied charging infrastructure.

Solutions for 400V and 800V Infrastructure

Fast charging infrastructure is generally divided into two voltage architectures: 400V and 800V. E-GMP-based cars natively  use an 800V system for ultra-fast charging.

However, in order to remain compatible with  the more common 400V chargers without the need for additional adapters, Hyundai implemented a smart patent system:

• Working Mechanism: The system utilizes the vehicle's motor and inverter to increase the voltage (boost converter) from 400V to 800V before power is stored to the battery.
• Advantages: Users still get stable and fast charging at different types of charging stations (SPKLUs), providing greater flexibility in daily use.

The Impact of Hyundai's Mobility Innovation on the Environment and Users

The application of this technology has a practical impact on both users and the environment:

• Reducing Barriers to EV Adoption: The ease of charging through the Multi-Charging System helps reduce users' concerns regarding infrastructure (charging anxiety).
• Energy Security: The V2L feature offers a decentralized energy backup option, which is beneficial in emergency situations.
• Sustainable Business Operations: The use of electric cars with V2L for businesses can reduce reliance on fossil fuels and reduce noise pollution in the surrounding environment.

Implementation of Mobility Innovation in Other Sectors

Hyundai's vision of eco-friendly technology is also applied beyond the passenger car segment:

• Transportation Logistics: The development of hydrogen-powered trucks (FCEVs) such as the Hyundai XCIENT Fuel Cell that has been commercially operating in Europe, produces emissions in the form of pure water.
• Urban Mobility: The concept of Advanced Air Mobility (AAM) is being developed as an electric-based urban air transportation solution.
• Utilization of Recycled Materials: In the "Re:Cycle" exhibition at Hyundai Motorstudio, it was shown how marine plastic waste is processed into vehicle interior materials, such as carpets and upholstery.

Innovations such as the V2L and Multi-Charging System show that Hyundai's electric vehicle technology is designed to answer today's practical needs. This technology can already be found on the streets of Indonesia and provides a cleaner and more functional mobility alternative.

To see first-hand how this ecosystem works, you can visit Hyundai Motorstudio Senayan Park and experience clean mobility firsthand.