Nairobi, Kenya – Spiro, a leading electric vehicle (EV) company out of Africa, is proud to announce a significant technological advancement in the EV sector with the launch of its State of Charge (SoC) billing system. This innovative approach is set to revolutionise how customers interact with EV technology.
Innovative SoC Billing System
Spiro’s SoC system is a technical leap forward, offering a more nuanced and fair method of charging for battery use. Unlike traditional methods that charge for a full battery regardless of usage, SoC calculates the exact amount of energy replenished in the battery, ensuring customers pay only for what they use.
The Technical Edge
This breakthrough is powered by sophisticated algorithms and a robust network infrastructure. The SoC system employs real-time data analytics to assess battery usage and tailor charging costs to specific market needs. This bespoke approach ensures efficiency and adaptability across different regions and user patterns.
Algorithm-Driven Customization
Spiro’s SoC system uses advanced algorithms to analyse various factors such as regional power costs, battery degradation patterns, and user charging behaviours. This analysis enables Spiro to provide a customise charging plan that suits the unique needs of different markets, thereby optimising both cost and energy use for customers.
A Statement from Spiro’s CEO, Kaushik Burman
“Spiro is at the forefront of EV technology in Africa. The introduction of SoC reflects our commitment to innovation and customer-centric solutions. This system is about more than billing – really, it’s a new way of interacting with energy consumption, aligning with global best practices while catering to the specific needs of our diverse customer base,” says Kaushik Burman, CEO of Spiro.
About Spiro
Spiro is a global pioneer in the EV market, with a mission to electrify mobility across the African continent. The company has deployed over 10,500 bikes, driven 186 million emission-free kilometres, and avoided almost 10,000 tons of CO2. With the launch of the SoC system, Spiro continues to lead in sustainable transportation solutions.
Contact Information
For more information, please contact:
Head of Global Communications, Spiro
Tel +44 07590 847 020
Notes to Editors: Understanding State of Charge
State of Charge (SoC) in the context of battery technology refers to the current level of charge in a battery relative to its capacity. It is typically expressed as a percentage, indicating how full the battery is. In EVs, SoC is crucial for determining the remaining range of the vehicle and for effective energy management. Here are some key points about SoC:
Measurement of Battery Capacity: SoC is essentially a gauge of the remaining energy in a battery. A 100% SoC means the battery is fully charged, while a 0% SoC indicates that the battery is completely discharged.
Importance in Battery Management: SoC is a crucial parameter in battery management systems, especially for electric vehicles (EVs). It helps in monitoring the battery’s health and performance, predicting the remaining runtime, and preventing damage from overcharging or deep discharging.
Calculation Methods: Determining the SoC can be complex and is done using various methods, including voltage measurement, current integration (coulomb counting), and observing changes in battery impedance. Our advanced systems use a combination of these methods for improved accuracy.
Role in Electric Vehicles: In EVs, the SoC is vital for range estimation. It informs the driver about how much distance can be covered before the battery needs recharging. This is essential for planning trips and managing range anxiety.
Impact on Battery Life: Maintaining an optimal SoC range can prolong the overall lifespan of a battery. Constantly keeping a battery at a high SoC (near 100%) or allowing it to drop to very low levels regularly can hasten degradation.
Integration with Charging Infrastructure: For EVs, our charging stations and battery swap stations now use SoC data to efficiently manage charging processes and ensure batteries are provided at an optimal charge level for users.
