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Managing EV Charging Costs And Trends In The Workplace

Businesses are always looking for ways to improve energy efficiency. Integrating management platforms with EMMA AI helps streamline data, reduce waste, and optimise costs across multiple sites. One area of increasing focus in your business could be your employee Electric Vehicle (EV) charging habits.

Automated energy management - A silver electric vehicle is parked next to a modern EV charging station, connected by a blue charging cable. The station displays charging information on a digital screen, set against a concrete wall background.
Automated energy management - A yellow upward-trending bar and line graph icon is above bold text that reads Record Sales in 2024. Below, text states the UK's electric car sales reached 19.6% of new registrations, up from 16.5% in 2023.

Why EV Charging Data Matters

More employees are driving EVs, and more are returning to the workplace. As a result, on-site charging points are becoming a growing energy consideration. But without visibility into when and how employees charge, businesses could be incurring energy waste and higher costs.  Understanding EV charging trends can help organisations:

✔ Optimise charging schedules based on energy tariffs

✔ Reduce demand spikes that could trigger higher energy costs

✔ Encourage sustainable employee charging behaviours

✔ Plan for future infrastructure needs as EV adoption increases

Automated energy management - An icon of an electric car with a plug above text stating that the used EV market grew by 57.4% in 2024, reaching 188,382 units and making up 2.5% of the used car market.

Key Insights from EV Charging Data

So how can EMMA AI help? By connecting your EV charging platform, businesses gain real-time visibility. This provides data on key charging trends and energy use.

How EMMA AI Helps Businesses Meet New ESOS Requirements

  1. Charging peak times – Are employees plugging in first thing in the morning, or is demand spread throughout the day
  2. Energy pricing impact – Would shifting charging to off-peak hours (e.g. after lunch) reduce costs?
  3. Load balancing – Is EV charging creating an unnecessary demand spike alongside HVAC, lighting, and other high-energy systems?
  4. Infrastructure planning – How many charging points are needed now vs. in the future?

Automated energy management - A green electric vehicle charging station icon with a cord and plug, next to text stating that over one million EVs have been registered in the UK since 2010, highlighting progress in greener transport.

How EMMA AI Works Together with Your Platforms

When paired with your EV charging platform, EMMA AI doesn’t just track energy use—it turns data into strategy.

  • Smart scheduling: Encourage EV charging within lower tariff periods to save costs.
  • Load prioritisation: Ensure EV charging doesn’t disrupt other critical building operations.
  • Custom alerts: Receive notifications if unexpected energy spikes occur due to charging activity.

Beyond EV Charging: A Smarter Energy Future

EV charging is just one part of a bigger picture. Integrating BMS with EMMA AI connects data from HVAC, lighting, and air conditioning. This allows businesses to have full control over energy use.
Data-driven insights help energy managers take control of EV charging strategies. This leads to lower costs and a more sustainable workplace.

Want to explore how EMMA AI can leverage value for your business and transform your energy management? Get in touch today!

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