Energy & Clean Technology
Ushering in cleaner future
Our bright future relies on innovation in the energy sector. Clean energy tech, specialist engineering, and AI-enabled solutions to predict consumption and demand are essential for sustainable infrastructure and a crisis-resilient industry.
Decarbonization is not optional
Flexible energy and production systems contribute to reliable supply and reduce carbon emissions — but implementing and maintaining these innovations requires the right strategy, technology, and skilled workforce.
Going green is no longer a luxury
Successfully democratizing renewable energy production hinges on a deep understanding of complex compliance policies and developing new, future-focused business models. Our experts can help you navigate these challenges and succeed in the rapidly evolving renewable energy market.
Storage is challenging to scale
Remote and regional communities worldwide are transitioning from diesel to renewable microgrid systems and hybrid storage solutions. Our experts foster successful integration and management of these distributed energy resources.
The future of energy requires digitalization
Digital tools are crucial in the energy lifecycle, from production to consumption. From digital twin solutions to smart meters, digital solutions are transforming the sector. Our expertise in cloud, analytics, AI, ML, and IoT can optimize operations, improve visibility, and accelerate sustainability outcomes.
Circular Economy
Non-fossil materials are becoming increasingly important. Circular approaches are therefore becoming a future-proof perspective. Through our expertise in chemistry and plant engineering, we shape a sustainable future.
Utilities
Akkodis can help organizations manage Distributed Energy Resources (DER) complexities by providing overall strategy development, robust processes, equipment manufacturing and installation, and digital control and analysis tools.
Back Office Solutions
- Employee Management Customer Management Field Worker Management
- Asset Management
- Master Data Management Systems
Power Generation
- Equipment design
- Skid & Test rig design
- Reverse and value engineering
Smart Engineering Solutions
- GIS solutions
- Smart grid solutions
- Microgrid Solutions
- SCADA and DMS solutions support
Support & Maintenance
- Product Maintenance
- Product Enhancements, Extensions
- Sustenance and Support
- Tech Support, Documentation, Product Training Services
Transmission & Distribution
- Network design of Trans-mission & Distribution line
- Grid Automation
- Remote Monitoring
- Renewables & Microgrid Management
- Solar PV Management Systems
Oil & Gas
Akkodis delivers smart solutions through subsurface imaging, IoT for smart monitoring, pipeline inspection tools and real time flow monitoring. We enable more sustainable processes with environmental impact studies and decommission project management.
Plant Engineering
- Feasibility studies
- Process Design & Engineering
- Simulation & Modelling
- Tools & Fixture Design
- Sourcing, Should-cost Analysis
Plant Manufacturing
- Simulation & Modelling
- CNC and CMM Programming
- Sourcing, Should-cost Analysis
- Inspection Planning
- Supervision
- Construction Management
Product Engineering
- Downhole Tool / System Design
- Embedded Software / Hardware
- Sensing & Data
- Processing Solutions
- GD&T & Component Design
Simulation & Validation
- Static & Modal Analysis
- Fatigue & Failure Analysis
- Thermal Analysis
- Acoustics & NVH
- CFD, FEA, FMEA, DFM
Smart Engineering Solutions
- Asset Management
- Worker Safety Solutions
- Drilling Automation
- Predictive Maintenance
- AR/VR Solutions
- Data Management, Analytics
Renewables
Net Zero is the future. Akkodis can design, develop, and implement cutting-edge renewable energy management solutions, including digital twins, DER data platforms, and fully customized tools. This helps monitor individual devices or generation units for operations or clients, empowering them with advanced renewable energy management capabilities and developing Net Zero strategies at scale.
Back Office Solutions
- Employee Management
- Customer Management
- Field Worker Management
Circular Plant Solutions
- Waste processing
- Non-fossil raw materials
- Hydrogen solutions
Power Generation
- Equipment design
- Skid & Test rig design
- Smart batteries
Smart Engineering Solutions
- GIS solutions
- Smart grid solutions
- Microgrid Solutions
- SCADA and DMS solutions support
- Net zero strategy
Support & Maintenance
- Product Maintenance
- Product Enhancements, Extensions
Transmission & Distribution
- Network design of Trans-mission & Distribution line
- Grid Automation
- Remote Monitoring
- Renewables & Microgrid Management
- Solar PV Management Systems
Nuclear
Nuclear energy produces zero carbon emissions, and investment in nuclear continues to grow, with The World Nuclear Association hoping it will provide 25% of global electrical needs by 2050. The way forward combines downsizing with clean energy technology. Next-generation power plants will be smaller and closer to the consumer, lowering costs, reducing risk, and increasing efficiency.
Construction, modernization & Commissioning
- Supervision of construction sites Refurbishment of radioactive waste
- Tests: management of testing / validation /endurance
- Monitoring of manufacturing processes
Decommissioning
- Feasibility studies and environmental studies
- Dismantling scenario
- Waste inventory, characterization, transport & storage studies
Environmental Protection
- Chemistry, radiochemistry, microbiology of water and effluent treatment
- Eco design: life cycle analysis
- Environmental strategy
- Environmental impact measurement
IT/Digital
- Software / Apps development
- Data engineering Data analytics /Data science & AI
- IOT
- Immersive learning solutions
Nuclear Plant Design
- Instrumentation
- Electrical design
- Mechanical design
- Command control system
- Industrial computing
- Overall functioning
- Reliability and Safety
- High pressure Equipments General Installation
Operations & Maintenance
- Operation and maintenance of nuclear power plants
- IS/IT support
- Safety and operational security
- Predictive maintenance
- Maintenance coordination & supervision
FAQs about Energy & Clean Technology
The energy and clean technology industry is being transformed by decarbonization, renewable energy adoption, distributed energy resources (DERs), electrification, artificial intelligence (AI), digital twins, smart grids, Battery Energy Storage Systems (BESS), and sustainability initiatives. Utilities, renewable energy providers, industrial organizations, and infrastructure operators are investing in technologies that improve efficiency, resilience, and environmental performance.
Organizations are also modernizing energy systems to support renewable generation, energy storage, real-time monitoring, distributed assets, and growing electricity demand. Smart grids, Industrial IoT, cloud platforms, and advanced analytics are enabling a more flexible, decentralized, and connected energy ecosystem.
Akkodis helps energy organizations combine engineering, software, cloud, data, and AI expertise to accelerate energy transformation while supporting long-term sustainability, grid resilience, and operational excellence.
Organizations are also modernizing energy systems to support renewable generation, energy storage, real-time monitoring, distributed assets, and growing electricity demand. Smart grids, Industrial IoT, cloud platforms, and advanced analytics are enabling a more flexible, decentralized, and connected energy ecosystem.
Akkodis helps energy organizations combine engineering, software, cloud, data, and AI expertise to accelerate energy transformation while supporting long-term sustainability, grid resilience, and operational excellence.
Artificial intelligence, machine learning, advanced analytics, Industrial IoT, and cloud technologies are helping energy organizations optimize operations, forecast demand, improve asset performance, and reduce operational costs. AI supports every stage of the energy value chain, from renewable generation and transmission to distribution, storage, and consumption.
Organizations are increasingly adopting AI-powered monitoring, predictive maintenance, intelligent asset management, and generative AI to automate engineering documentation, accelerate maintenance planning, and improve operational decision-making.
Akkodis develops AI-enabled engineering solutions that combine machine learning, cloud platforms, and large-scale operational data. Its expertise includes smart grid analytics, predictive maintenance, and AI models trained on billions of smart meter data points to improve grid monitoring, demand forecasting, and network reliability.
Organizations are increasingly adopting AI-powered monitoring, predictive maintenance, intelligent asset management, and generative AI to automate engineering documentation, accelerate maintenance planning, and improve operational decision-making.
Akkodis develops AI-enabled engineering solutions that combine machine learning, cloud platforms, and large-scale operational data. Its expertise includes smart grid analytics, predictive maintenance, and AI models trained on billions of smart meter data points to improve grid monitoring, demand forecasting, and network reliability.
Utilities are modernizing infrastructure through smart grids, digital substations, remote monitoring, SCADA modernization, GIS technologies, grid automation, and advanced operational technologies. Increasingly, utilities are integrating Energy Management Systems (EMS), Distributed Energy Resource Management Systems (DERMS), and Virtual Power Plants (VPPs) to improve operational flexibility and support renewable energy integration.
Digitalization enables utilities to improve service reliability, increase operational visibility, and manage increasingly distributed energy networks.
Akkodis supports utilities through smart grid engineering, GIS technologies, SCADA modernization, microgrid solutions, DER integration, and network automation. Its expertise includes decentralized grid architectures, smart metering, real-time monitoring, and flexible energy management that help utilities strengthen resilience while accelerating the transition toward cleaner energy systems.
Digitalization enables utilities to improve service reliability, increase operational visibility, and manage increasingly distributed energy networks.
Akkodis supports utilities through smart grid engineering, GIS technologies, SCADA modernization, microgrid solutions, DER integration, and network automation. Its expertise includes decentralized grid architectures, smart metering, real-time monitoring, and flexible energy management that help utilities strengthen resilience while accelerating the transition toward cleaner energy systems.
Distributed Energy Resources (DERs) include decentralized energy assets such as solar PV, Battery Energy Storage Systems (BESS), microgrids, wind generation, electric vehicles, and other local generation or storage technologies. These resources improve energy flexibility, grid resilience, and sustainability while reducing dependence on centralized power generation.
Managing large numbers of distributed assets requires advanced monitoring, automation, forecasting, and digital control platforms.
Akkodis supports organizations through DER strategy, digital management platforms, DERMS implementation, renewable integration, and Virtual Power Plant initiatives. For example, Akkodis developed a cloud-based machine learning solution that predicts negative electricity pricing and optimizes distributed solar generation using IoT-connected assets, improving operational efficiency across distributed energy networks.
Managing large numbers of distributed assets requires advanced monitoring, automation, forecasting, and digital control platforms.
Akkodis supports organizations through DER strategy, digital management platforms, DERMS implementation, renewable integration, and Virtual Power Plant initiatives. For example, Akkodis developed a cloud-based machine learning solution that predicts negative electricity pricing and optimizes distributed solar generation using IoT-connected assets, improving operational efficiency across distributed energy networks.
Renewable energy technologies are helping organizations reduce carbon emissions while improving energy diversification and long-term sustainability. Solar, offshore wind, green hydrogen, Battery Energy Storage Systems (BESS), and microgrids are becoming essential components of modern energy strategies.
Successfully integrating renewable generation requires digital engineering, intelligent grid management, advanced forecasting, and real-time operational visibility to maintain reliability and performance.
Akkodis supports renewable energy organizations through digital engineering, renewable energy management platforms, digital twins, hydrogen engineering, DER data platforms, and smart battery systems. Its engineers contribute to projects that optimize wind energy performance, renewable integration, and next-generation energy infrastructure while supporting net-zero objectives.
Successfully integrating renewable generation requires digital engineering, intelligent grid management, advanced forecasting, and real-time operational visibility to maintain reliability and performance.
Akkodis supports renewable energy organizations through digital engineering, renewable energy management platforms, digital twins, hydrogen engineering, DER data platforms, and smart battery systems. Its engineers contribute to projects that optimize wind energy performance, renewable integration, and next-generation energy infrastructure while supporting net-zero objectives.
Digital twins create virtual representations of physical assets that use real-time operational data to simulate performance, predict failures, and optimize maintenance activities. Combined with predictive maintenance, they help utilities and industrial organizations reduce downtime, improve asset utilization, and extend equipment life.
Digital twins increasingly integrate Industrial IoT sensors, AI models, cloud analytics, and edge computing to provide continuous operational visibility across generation, transmission, and distribution assets.
Akkodis develops digital twin, predictive maintenance, and advanced analytics solutions that help utilities, renewable operators, and industrial organizations improve asset performance, engineering validation, and long-term operational resilience.
Digital twins increasingly integrate Industrial IoT sensors, AI models, cloud analytics, and edge computing to provide continuous operational visibility across generation, transmission, and distribution assets.
Akkodis develops digital twin, predictive maintenance, and advanced analytics solutions that help utilities, renewable operators, and industrial organizations improve asset performance, engineering validation, and long-term operational resilience.
Energy organizations must balance sustainability objectives with operational reliability, cybersecurity, regulatory compliance, infrastructure modernization, and growing electricity demand. They also face increasing pressure to integrate renewable generation, manage distributed assets, modernize aging infrastructure, and improve grid flexibility.
Success depends on combining engineering expertise with digital technologies that improve operational resilience while maintaining affordability and safety.
Akkodis helps organizations address these challenges through engineering, automation, AI, digitalization, cybersecurity, and systems integration. Its expertise spans smart grids, renewable integration, predictive maintenance, digital engineering, and energy infrastructure modernization programs that enable organizations to accelerate transformation with confidence.
Success depends on combining engineering expertise with digital technologies that improve operational resilience while maintaining affordability and safety.
Akkodis helps organizations address these challenges through engineering, automation, AI, digitalization, cybersecurity, and systems integration. Its expertise spans smart grids, renewable integration, predictive maintenance, digital engineering, and energy infrastructure modernization programs that enable organizations to accelerate transformation with confidence.
Energy storage technologies play a critical role in enabling large-scale renewable energy adoption. Battery Energy Storage Systems (BESS), hybrid storage solutions, and microgrids balance supply and demand, stabilize electricity networks, and improve energy resilience.
Storage is particularly valuable for remote communities, industrial facilities, and utilities transitioning from conventional generation toward renewable energy systems. Combined with AI and advanced forecasting, storage technologies improve renewable integration and increase grid flexibility.
Akkodis supports renewable microgrids, smart battery management, hybrid energy systems, and distributed energy resources through engineering, digital platforms, predictive analytics, and intelligent energy management solutions that help organizations maximize renewable energy performance.
Storage is particularly valuable for remote communities, industrial facilities, and utilities transitioning from conventional generation toward renewable energy systems. Combined with AI and advanced forecasting, storage technologies improve renewable integration and increase grid flexibility.
Akkodis supports renewable microgrids, smart battery management, hybrid energy systems, and distributed energy resources through engineering, digital platforms, predictive analytics, and intelligent energy management solutions that help organizations maximize renewable energy performance.
Sustainability has become a strategic priority across the energy industry. Organizations are investing in carbon reduction, renewable energy, hydrogen technologies, energy efficiency, eco-design, and circular economy initiatives that optimize resources throughout the asset lifecycle.
Circular approaches increasingly include Life Cycle Assessments (LCA), Product Environmental Profiles (PEP), material recovery, thermolysis technologies, and engineering methods that reduce waste while supporting resource reuse and lower emissions.
Akkodis supports sustainability programs through lifecycle engineering, environmental assessments, eco-design, plant engineering, circular economy expertise, and digital technologies that help organizations achieve measurable decarbonization and environmental performance objectives.
Circular approaches increasingly include Life Cycle Assessments (LCA), Product Environmental Profiles (PEP), material recovery, thermolysis technologies, and engineering methods that reduce waste while supporting resource reuse and lower emissions.
Akkodis supports sustainability programs through lifecycle engineering, environmental assessments, eco-design, plant engineering, circular economy expertise, and digital technologies that help organizations achieve measurable decarbonization and environmental performance objectives.
Energy organizations increasingly rely on engineering and technology partners to modernize infrastructure, deploy renewable energy solutions, improve operational performance, and manage increasingly complex energy ecosystems.
These partnerships combine engineering expertise with digital platforms, AI, cloud technologies, smart grids, DER management, digital twins, hydrogen engineering, predictive maintenance, energy storage, and net-zero initiatives to accelerate innovation while reducing operational risk.
Akkodis supports utilities, renewable energy providers, industrial organizations, and infrastructure operators through engineering, software development, automation, cloud platforms, advanced analytics, and digital transformation. Its expertise spans smart grid modernization, distributed energy management, AI-powered optimization, offshore energy engineering, renewable integration, and sustainable technology solutions that help organizations build more resilient, efficient, and low-carbon energy systems.
These partnerships combine engineering expertise with digital platforms, AI, cloud technologies, smart grids, DER management, digital twins, hydrogen engineering, predictive maintenance, energy storage, and net-zero initiatives to accelerate innovation while reducing operational risk.
Akkodis supports utilities, renewable energy providers, industrial organizations, and infrastructure operators through engineering, software development, automation, cloud platforms, advanced analytics, and digital transformation. Its expertise spans smart grid modernization, distributed energy management, AI-powered optimization, offshore energy engineering, renewable integration, and sustainable technology solutions that help organizations build more resilient, efficient, and low-carbon energy systems.