Case Study: Cenex LCV BEV Charging

Customer: Toyota

Toyota GB showcased their range of zero-emission vehicles at the Cenex LV event. To demonstrate their vision of a 100% zero-emission future, they wanted to provide off-grid charging for their BEVs (battery electric vehicle) using a hydrogen fuel-cell generator, instead of a diesel generator.

Switching to BEVs alone will not decarbonise transport if the electricity source is not clean. This showcase aims to demonstrate a viable zero-emission off-grid BEV charging solution that can be deployed across the industry.

The Challenge

BEV charging infrastructure is scaling up. However, these chargers require a huge amount of electricity, and grid connection can often become a challenge due to location as well as demand constraints - with some operators having to power their chargers using diesel generators.

Toyota want to showcase their zero-emission vehicles in a 100% zero-emission setting during the event. They don't want to have diesel generators powering their chargers in the background, they want the audience to see that the source of electricity is green.

Fuel cells produce only water as a waste product, meaning that there are zero CO2e or NOx emissions at point of use, whatever colour of hydrogen used as a fuel. They also produce practically no noise.

  • But how do end users like Toyota access this solution?
  • Can this be set up within a tight event timeframe?
  • How can safety be guaranteed, especially for such a public event?
  • What carbon impact could adopting hydrogen have in the real world?

Job Details

Characteristics: Variable load.

Typical Generator Size: 100kVA

Job Length: 4 Days

What Will Be Powered: BEV Chargers

Job Scenario

Site Preparation: 4 Hours

Commissioning: 4 Hours

Decommissioning: 4 Hours

Job Requirements

Total kWh: 285

Base kW: 7

Peak kW: 14

Hydrogen (kg): 17

Diesel Comparison

Diesel Used (liters): 143

Avg Diesel Generator Efficiency: 18%

CO2 Diesel Emissions (kg): 471

The Impact

0 kg

CO2e Saved

0

Litres of Diesel Avoided

What next?

hydrologiq deploying hydrogen generator
Explore Potential

Hydrogen has the potential to accelerate BEV infrastructure by providing either temporary power for projects awaiting grid connection, or long-term power for off-grid projects.

Paving the way for large-scale replacement of a fossil fuel.

Scale Green Hydrogen

Groups like Toyota have the scale of demand to secure lower cost supplies of green hydrogen generated by emerging UK hydrogen producers.

Working Together

Infrastructure providers and vehicle manufacturers could work with hydrogen industry stakeholders like Hydrologiq to build a practical roadmap to replacing diesel with alternative power sources like solar, wind, batteries and hydrogen.​

More Trials

Longer trials where hydrogen is directly replacing diesel can showcase the positive carbon impact of using hydrogen.​

"2023 heralds a new age for generator power. The diesel engine has been around since the 1800s, so it's about time we embraced new technology to respond to a modern world where air quality and noise pollution are top of the agenda. Everyone at Hydrologiq is proud of our collaboration with Toyota to take tangible steps towards this new reality today."

Benjamin Lindley Hydrologiq

Benjamin Lindley

Hydrologiq Director

Trusted by

Aberdeen City Council
Balfour Beatty Logo
Boomtown
Costain
Kier
Sunbelt Logo
Toyota

Our Services

Hydrogen Generator Deployment

Fully managed solution for your hydrogen generators

ENQUIRE NOW

Enquire Now


Hydrogen generator deployment simplified with Hydrologiq's managed service

Energy Monitoring

Auditable, independent, always accessible online

ENQUIRE NOW

Enquire Now


Hydrologiq energy monitoring for today, ready for a hydrogen-powered future

Hydrologiq Ltd

York Hub

Peter Lane

York

YO1 8SU

Company no: 12449466

Recent Features


hydrologiq hydrogen generators

© 2023 HYDROLOGIQ LTD | Company Number: 12449466 | Terms & ConditionsPrivacy Policy

Albert Supplier
Motherboard

© 2023 HYDROLOGIQ LTD

Company Number: 12449466

Privacy Policy

Account Login