NEW OEM PARAMETERS FOR EVS AVAILABLE ON OBD DATA TRACKERS

As the electric vehicle (EV) market continues to grow rapidly, both manufacturers and telematics service providers have to stay ahead of the competition. In response to this growing demand, we are pleased to introduce new OEM parameters for EVs, now available on Teltonika OBD data reading trackers. These advanced parameters are designed to enhance your ability to more accurately monitor and optimise the performance and health of EVs.

VALUE OF EXPANDED DATA ACCESS FROM EVS

Introducing new OEM parameters significantly expands the data available from EVs, giving fleet managers and business owners deeper insight into their fleet assets. Access to metrics such, as State of Charge (SOC), State of Health (SOH), Battery Temperature, and OEM HV Battery Current and Voltage enables more informed decisions to be made about EV operations. With this data, managers can monitor the exact health of each vehicle's HV battery to ensure optimal performance.

Real-time access to these critical parameters enables proactive maintenance, preventing issues before they escalate. By tracking SOH and battery capacity, businesses can anticipate when servicing or replacement is needed, avoiding unexpected breakdowns. Monitoring battery current, voltage, and temperature further enhances reliability and safety. Overall, expanded data access transforms EV fleet management from reactive to proactive, increasing efficiency and vehicle longevity.

BENEFITS FOR YOUR BUSINESS

These new OEM parameters offer significant benefits for EV fleet management and deliver tangible value to business owners:

• Optimising SOC management reduces energy costs and improves operational efficiency, directly impacting the bottom line.

  
  

• Longer battery life reduces replacement costs, resulting in significant savings and a better return on investment.

  
  

• Accurate SOH data helps predict future costs, allowing for more accurate budgeting and financial planning.

  
  

• Increased security and reliability result in fewer disruptions to operations, protecting a company from potential liability and improving its reputation.

  
  

• Efficient energy management through careful monitoring of current and voltage leads to lower operating costs and maximised battery life, further increasing the profitability of the EV fleet.

  
  

To sum up, the new parameters offer significant benefits to both fleet managers and individual EV owners. By having access to detailed information about the battery's SOC, charge level, SOH, temperature, etc., managers can ensure that the EV fleet is performing at its best. This not only improves efficiency and reliability but also extends battery life, reducing long-term costs.