According to the IEA’s EV Outlook, global electric vehicle sales are expected to exceed 20 million in 2025, accounting for more than a quarter of all new car sales worldwide. In 2024 alone, electric vehicles worldwide consumed nearly 180 terawatt hours of electricity, a surge of almost 60 percent compared to the previous year. To put that into perspective, it exceeds the annual electricity use of a country like Argentina. This growing energy consumption makes it essential to look beyond batteries and focus on how we power EVs in the first place. Electric vehicles are often hailed as the future of sustainable transport — sleek, silent and free from tailpipe emissions. But beneath the surface of this revolution lies a deeper question: what powers the charge?

 The focus must shift from just deploying charging infrastructure to ensuring that every kilowatt-hour fueling these electric vehicles is verifiably clean. It’s not enough to build bigger batteries or infrastructure. We need a smarter energy system, one that tracks, matches, and optimises renewable supply in real time. This is where 24/7 energy matching steps in.

By aligning electricity consumption with actual clean energy generation every hour of every day, 24/7 energy matching turns sustainability from a blanket promise into a measurable reality. Backed by immutable blockchain technology, 24/7 energy matching unlocks a new era of accountability for EVs, energy retailers, and grid operators alike.

What is 24/7 energy matching?

Simply put, 24/7 energy matching refers to the ability to continuously match the supply of energy with the demand for energy in real-time. In the context of electric vehicles, this means optimising the availability of energy for EVs to charge, while prioritising the use of renewable energy sources, reducing energy waste, and ensuring grid stability. It therefore maximises the use of renewable energy whilst taking grid requirements into account.

The need for 24/7 energy matching in the EV ecosystem

1. Operational efficiency: The core challenge in energy distribution is ensuring that energy supply meets demand without overloading the grid or underutilising renewable resources. With the growing number of EVs, a traditional energy supply system can struggle to adapt quickly to demand changes. 24/7 energy matching ensures that enough supply is available when and where it’s needed to charge EVs, optimising the use of available resources and reducing waste.
2. Economic efficiency: In the energy sector, inefficiencies cost money. 24/7 energy matching allows energy suppliers to optimise their operations by ensuring that energy produced has offtakers. It does so by incentivising demand during periods of high generation by providing price signals in real-time. This reduces excess energy production, cuts operational costs, and makes the overall energy system more cost-effective. For EV users, it means that charging costs can be kept in check as energy is more efficiently distributed.
3. Scalability: As the number of EVs on the road grows, the demand for energy will increase drastically. 24/7 energy matching offers a scalable solution, adapting to the increasing number of vehicles and charging stations without compromising service quality. It allows the system to handle fluctuating energy demands and growing transaction volumes without disruption, making it a future-proof solution for the EV industry.

Benefits of 24×7 energy matching for the EV Ecosystem

24×7 energy matching delivers tangible benefits across the entire EV ecosystem. From energy suppliers to drivers, it unlocks efficiency, cost savings, and sustainability at every level.

For Energy Suppliers:

• Optimised energy use: Reduces waste and ensures energy is distributed efficiently.
  
• Dynamic pricing: Enables real-time pricing based on demand, maximising profitability.
  
• Grid stability: Minimises grid imbalances, reducing the risk of blackouts.

For EV Fleet Operators:

• Cost savings: Ensures vehicles are charged when energy costs are lowest.
  
• Emissions reduction: Increases the amount of renewable energy used for charging the EV fleet, reducing emissions associated with fleet operation.
  
• Operational efficiency: Keeps charging stations well-supplied with green energy, improving fleet operations.

For Charge Point Operators:

• Better utilisation: Optimises charging station use and reduces idle time.
  
• Cost predictability: Improves forecasting and cost management.
  
• Smart grid integration: Enhances participation in decentralised energy networks.

For EV Users:

• Reliable charging: Guarantees access to energy when needed.
  
• Lower costs: Real-time matching lowers overall charging expenses.
  
• Green energy: Easier access to renewable energy for charging.
  
• Transparency: Blockchain ensures accountability and trust.
  

Blockchain: The backbone of verifiable 24/7 energy matching

24/7 energy matching relies on precise, tamper-proof data, knowing exactly when and where clean energy is produced and consumed. Traditional energy tracking methods often operate on monthly or annual averages, leaving critical gaps in granularity and trust.

This is where blockchain becomes indispensable. By providing a decentralised, transparent, and immutable ledger, blockchain enables:

Real-time tracking of energy generation and consumption, down to the hourly level, bringing much-needed energy transparency.
Automation through smart contracts, ensuring that clean energy claims are backed by actual data, not assumptions.
Auditability for regulators and stakeholders, offering verfiable and tamper-proof audit trail for sustainability goals

With blockchain as the trust layer, energy matching becomes not just technically possible, but credible, scalable, and future-proof.

In a nutshell

24/7 energy matching is a game-changer for the EV industry. By ensuring real-time, efficient, and transparent energy distribution, it optimises charging experiences for users, reduces costs for energy suppliers, and supports the growth of the entire electric vehicle ecosystem. Blockchain’s role in enabling secure, decentralised transactions further enhances its effectiveness, making it an essential technology for the future of EV charging infrastructure.

As we move towards a greener, more connected world, 24/7 energy matching powered by blockchain will be at the forefront of ensuring a sustainable, and economically viable transition to electric mobility.

If you are an energy retailer or charging network looking to stay ahead, unlock the power of 24/7 energy matching for a competitive edge and cleaner operations.
Let’s talk.

For more information, download our 24/7 Carbon Free Energy Whitepaper.