Access to Energy: The Industry’s New Challenge

Plan ahead for your electricity and power needs to accelerate your electrification projects.

The electrification of end-use applications is transforming the energy needs of industrial and commercial sites. Find out how to anticipate power requirements, manage grid constraints, and combine energy solutions to support your growth.

What you will learn:

Why Access to Electricity Is Becoming a Strategic Issue
Electrification of end uses, grid constraints, and connection lead times: understanding the new challenges facing industrial projects.
How to Assess Your Actual Power Needs
Distinguish between energy consumption and power demand, identify available capacity, and anticipate needs related to your electrification strategy.
What drivers can be used to address power constraints?
Reduce demand, smooth out peaks, store energy, and determine when an upgrade to the utility connection is necessary.
How to Choose Between the Grid and Local Generation
Compare solutions based on six key criteria: lead time, available capacity, costs, footprint, scalability, and energy resilience.
How to Finance Your Energy Transition
Find out about third-party investment and energy services models that help preserve your investment capacity.
A case study
Understanding how heat electrification, solar power, and energy storage are combined to support the evolving needs of an industrial site.

Who is this guide for?

Plant managers and managers in charge of energy, maintenance, or facilities
Industrial Strategy, Operations, and Investments
CSR and Sustainable development Managers
Financial decision-makers involved in energy projects

🤝 GreenYellow – Industrial Orchestrator of Flexible Electrification

Since 2007, GreenYellow has been helping companies transform their energy systems by combining energy efficiency, the electrification of end-use applications, local generation, storage and management.

Our approach is to develop, for each site, a solution tailored to its specific needs and constraints by aligning the network’s capabilities with the available energy drivers.

Anticipate needs and model/design future uses.
Orchestrate scenarios that combine networking, local production, storage and control.
Finance and deploy energy systems using tailored models.
Manage and ensure the long-term performance of assets.

Would you like to explore further?

To learn more, check out our #SHIFTEfficiency offer to find out how to reduce and optimize your energy consumption and lower your carbon footprint.

You can also visit our page dedicated to the industrial sector to explore our solutions, client case studies, and specific areas of expertise.

Let’s discuss the drivers to implement for your site: contact form.