Category: ABB

Benefits

• Cost optimization: ~ 8 % CAPEX reduction compared to traditional eHouses

• Improved project timelines: Shorten schedules through an integrated approach

• Enhanced operational efficiency: Reduce downtime and fewer plant-wide

interruptions

• Future-ready infrastructure: Systems that evolve with technological advancements

• Improved asset performance: Proactive insights into key electrical component

conditions

• Streamlined management: Single-source accountability and integrated

change management

• Enhanced safety and security: Integrated cybersecurity measures and Electrical

Condition Monitoring (ECM) oversight for safety components

• Optimized life cycle value: Improve long-term value for operations, maintenance,

and real-time decision-making

SMART eHouse

Enhancing electrical infrastructure

for green hydrogen production

ABB’s Smart eHouses represent a significant leap forward in addressing these

needs, offering a comprehensive, integrated solution that goes beyond traditional

electrical houses. By combining cutting-edge technology, intelligent design, and a

forward-thinking approach, Smart eHouses are poised to transform the way green

hydrogen plants manage their electrical systems, paving the way for more

sustainable, efficient, and cost-effective production processes.

Our offering

• Total digital integration: Efficient, secure, and connected systems that link with

Operational Command & Control Centers

• Up-to-date equipment: High-performance components manufactured by ABB or

approved partners, avoiding obsolescence

• Enhanced digital intelligence: Capabilities that support predictive maintenance

and operational optimization

• User-centric design: Contextual data presentation for efficient decision-making

across different user types

• Enterprise-ready architecture: Enable seamless integration with existing

business systems

• Comprehensive life cycle support: From initial design to long-term maintenance

and upgrades

Benefits

• Reduced CAPEX & OPEX: Achieve savings through optimized cost structures in

project design and implementation

• Enhanced energy efficiency: Improve the utilization of renewable energy sources

and electrolyzer to maximize overall efficiency

• Scalability & flexibility: Scale projects seamlessly and adapt to changing demands

through Modular Design

• Feasibility & competitiveness: Ensure project viability and competitiveness in the

growing hydrogen market through standardized solutions

• Timely delivery & cost: Align production phases with customer needs to deliver

projects on schedule and on budget

ABB Engineering Studies provides a robust framework for advancing hydrogen

production capabilities, addressing all types of projects with a clear focus on

integrating innovative technologies and methodologies to drive sustainability and

efficiency in hydrogen generation. 

ABB Engineering Studies:

Focusing to enable Hydrogen production

Getting the power equation right

Hydrogen production faces significant electrical challenges. Our expertise, including

system modelling, optimizes the process by focusing on minimizing energy prices as

well as predictable supply, reducing the Levelized Cost of Hydrogen (LCOH).

We support projects from feasibility studies to mega-scale plants, addressing energy

supply volatility with a focus on grid stability, predictability, flexibility, and efficiency.

Standardizing and modularizing Balance of Plant (BoP) components and integrating

renewable sources like wind, solar and hydro systems to further optimize production.

Our Offering

ABB Engineering Studies provides a robust framework for advancing hydrogen

production capabilities, addressing all types of projects with a clear focus on

integrating innovative technologies and methodologies to drive sustainability and

efficiency in hydrogen generation. As part of Engineering Studies and Consulting,

we undertake a variety of studies, including:

• Single-line Diagram Development

• Short-circuit Study

• Load Flow Study

• Protection Coordination Study

• Arc Flash Hazard Analysis

• Power Quality Analysis

• Motor Starting Analysis

• Power System Stability Analysis

• Insulation Coordination Studies

• Instrument Transformer Sizing

• Over Pressure Calculation

• Disturbance/Fault Root Cause Analysis

Key features and benefits

• Project life cycle integration

• Cloud-based execution

• Efficiency through modularity

• Standardization for excellence

• Virtual engineering & digital twins

• Digitalization driving efficiency

Benefits of Co-design & Co-delivery using ABB Adaptive Execution

• Reduce building footprint and associated contents (cabling, HVAC, steel, etc.)

• Improve project delivery timelines and schedule achievement

• Reduce impact of changes, allowing faster, cost-efficient changes

• Lower costs through standardization and integration

• Reduce risk of project and cost overruns

• Smooth transitions between project phases

• Optimize power management strategies

• Coordinate commissioning for smoother start-up

• Identify and mitigate risks earlier

• Develop cross-disciplinary skills for a versatile project team

ABB Adaptive Execution™ for Co-design & Co-delivery

Optimize project delivery with ABB Adaptive Execution™

ABB Adaptive Execution™ is a comprehensive solution for capital projects, designed

to increase value and reduce costs through a standardized delivery model and

collaborative partnerships. It integrates ABB’s global infrastructure, methodologies,

technology, and capabilities to ensure projects are delivered on time, within budget,

and to the required specifications.

Key features and benefits

• Project life cycle integration

• Cloud-based execution

• Efficiency through modularity

• Standardization for excellence

• Virtual engineering & digital twins

• Digitalization driving efficiency

Our Offering

• Unified control interface: Integrate data from all plant assets, including

electrolyzer, power systems and auxiliary equipment, into one dashboard.

• Real-time performance visualization: Display key performance indicators,

operational status, and alerts in an intuitive, easy-to-understand format.

• Advanced analytics integration: Incorporate predictive analytics and AI-driven

insights to identify optimization opportunities and potential issues early.

• Customizable views: Tailor dashboards to specific roles and responsibilities

within the organization, ensuring relevant information is always at hand.

• Mobile accessibility: Enable remote monitoring and control capabilities for

improved flexibility and rapid response times.

Benefits

• Enhanced operator effectiveness: Streamline decision-making processes with

comprehensive, real-time information at operators’ fingertips.

• Improved asset performance: Quickly identify and address inefficiencies or

potential problems across the entire plant.

• Reduced downtime: Proactively manage maintenance schedules and address

issues before they lead to shutdowns.

• Optimized resource allocation: Make data-driven decisions on resource

deployment and operational strategies.

• Increased plant safety: Improve response times to potential safety hazards with

centralized monitoring and alert systems.

• Scalability and future-readiness: Easily integrate new assets and technologies

as your facility grows and evolves.

Asset-wide Monitoring & Control

Empower your operations with

ABB’s integrated “single pane of glass” solution

ABB’s monitoring and control solution boosts operational efficiency, asset

performance, and productivity for green hydrogen producers. This “single pane of

glass” approach offers insights for informed decisions, process optimization, and

peak performance.

Our Offering

• Unified control interface: Integrate data from all plant assets, including

electrolyzer, power systems and auxiliary equipment, into one dashboard.

• Real-time performance visualization: Display key performance indicators,

operational status, and alerts in an intuitive, easy-to-understand format.

• Advanced analytics integration: Incorporate predictive analytics and AI-driven

insights to identify optimization opportunities and potential issues early.

• Customizable views: Tailor dashboards to specific roles and responsibilities

within the organization, ensuring relevant information is always at hand.

• Mobile accessibility: Enable remote monitoring and control capabilities for

improved flexibility and rapid response times.

Our offering

• Electrical load optimization and shedding: Intelligent power distribution

systems that maximize efficiency and prevent overloads.

• Power control and dynamic stability: Advanced solutions ensuring consistent

power quality to minimize disruptions and protect equipment.

• Smart Grid integration: Seamless integration capabilities enabling efficient

energy management and optimal utilization of renewable sources.

• Holistic power and energy management: Solutions that address both

instantaneous power needs and long-term energy considerations to optimize

production efficiency.

Benefits

• Optimized asset performance: Achieve peak operational efficiency through

intelligent power supply management.

• Enhanced power quality and reliability: Minimize power-related disruptions and

equipment damage.

• Improved energy efficiency: Reduce operational costs and increase hydrogen

production efficiency over time.

• Future-ready infrastructure: Easily adapt to evolving smart grid technologies

and renewable energy integration.

• Balanced power and energy management: Optimize both instantaneous system

capabilities and long-term operational costs.

Delivering the Lowest Levelized Cost of H2 with Predictability and Profitability

Power Design & Management

Maximize efficiency and stability

with ABB’s integrated power solutions

Leveraging ABB’s expertise in power design and management, green hydrogen

plants can optimize operations and reduce costs. ABB ensures robust, efficient, and

cost-effective operations while maintaining flexibility for future energy landscapes.

We help balance loads, maintain power quality, integrate with smart grids, and

manage both immediate power needs and long-term energy efficiency to control

costs and maximize production.

Our offering

• Electrical load optimization and shedding: Intelligent power distribution

systems that maximize efficiency and prevent overloads.

• Power control and dynamic stability: Advanced solutions ensuring consistent

power quality to minimize disruptions and protect equipment.

• Smart Grid integration: Seamless integration capabilities enabling efficient

energy management and optimal utilization of renewable sources.

• Holistic power and energy management: Solutions that address both

instantaneous power needs and long-term energy considerations to optimize

production efficiency.