Clean hydrogen to grid integration

As utilities seek innovative solutions to support their decarbonization goals while maintaining grid stability, green hydrogen production presents a viable alternative to more traditional production methods. Green hydrogen uses solar and wind power, complemented by battery storage, to split water molecules into hydrogen and oxygen gases. The resulting hydrogen provides a flexible, zero-emission energy solution that offers the advantages of reliability, storability, and high energy density.

Logic20/20 delivers the industry and technical expertise as well as the depth of experience utilities need for building and escalating large-scale green hydrogen production projects.

%

of U.S. utilities say they intend to launch low-carbon hydrogen initiatives by 2030.
(source about how 63% of U.S. utilities intend to launch low-carbon hydrogen initiatives by 2030. )

billion dollars =

anticipated value of the U.S. hydrogen generation market by 2033
(source about howthe U.S. hydrogen generation market will reach $31.4 billion by 2033)

billion dollars =

U.S. federal allocation to develop regional clean hydrogen “hubs”
(source about $7 billion federal allocation to develop regional clean hydrogen hubs)

Green hydrogen operational objectives

Green hydrogen production plants need a unique operations control philosophy to achieve their operational objectives:

Safe, secure grid operations

Maintain the safe, secure operations of the green hydrogen facility grid under normal and emergency conditions.

Maximized hydrogen production

Maximize hydrogen production utilizing the available renewable generation and stored energy within the facility.

Energy exchange with the local grid

Maintain energy exchange to local grid within allowed interchange limits.

How we can help

We can provide solutions in multiple hydrogen asset areas.

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EMS requirements definition, technical specification and RFP preparation, vendor evaluation and selection, vendor contract negotiations

Interface requirements definition, design and implementation of clean hydrogen plant, wind farm, solar plant, and battery energy storage systems

EMS implementation planning, project management and engineering design

Definition of system test strategy, deployment and commissioning planning and execution

Definition of operations control philosophy and strategy

RTDS procedure management and test planning

Green hydrogen generation insights

Abstract photo showing DERMS and related technologies

Hydrogen’s emerging role in the green energy sector

Green hydrogen is a promising clean-energy solution for hard-to-electrify sectors, transportation, and utilities.

Improving UX and accessibility for a better online experience

Understanding the 45V clean hydrogen production credit

The 45V clean hydrogen production credit makes clean hydrogen more attractive to investors.

green hydrogen production

Optimizing green hydrogen: How microgrids enhance resilience

The integration of renewable energy sources in microgrids offers a promising method for producing green hydrogen.

What are your challenges? Let’s talk through the solutions.

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