The energy sector is undergoing rapid transformation, contending with fluctuating demand, grid stability challenges, and the imperative shift toward renewable energy.

AI-driven solutions are increasingly essential for tackling these issues. Advanced demand forecasting models use historical and real-time data to predict usage patterns, allowing energy providers to balance supply effectively and avoid costly overproduction. Predictive maintenance leverages sensor data and machine learning to identify potential equipment failures before they happen, minimising downtime and maintenance costs. Meanwhile, AI-enabled grid optimisation and smart energy storage solutions help manage energy flow, ensuring grid stability and supporting renewable integration. As a partner in this dynamic landscape, Perelyn’s AI expertise equips energy providers with tailored tools to achieve greater efficiency, reliability, and environmental responsibility in a rapidly evolving market.

Perelyn voices

“Companies in the energy sector are faced with the challenge of fully exploiting the economic value of data and AI products. There is often a lack of standardized profitability analyses, clear mechanisms for measuring success and uniform strategies for introduction and implementation. Strong data & AI governance and excellent data management are also crucial for using data as a strategic resource and ensuring compliance and data quality. A structured approach that integrates defined KPIs, active value management, and robust governance practices can fill these gaps. This makes it possible to measure the economic benefits of data-based technologies, drive digitization forward in a targeted manner and enables sustainable, profitable use.”

Sebastian Fetz
Area: AI & Data monetisation + Data & AI Governance

“Computer vision is a branch of artificial intelligence (AI) and machine learning (ML) that analyses visual data such as images or videos to recognize patterns and make decisions. It offers energy companies decisive advantages by automating plant inspections, identifying damage at an early stage and making maintenance processes more efficient. The technology reduces business interruptions, lowers costs and increases security through precise analyses of visual data in real time. With computer vision, energy companies can optimize their operations, extend the life of plants and strengthen their competitiveness in an increasingly data-driven market.”

Dominik Filipiak
Area: Computer Vision in the energy sector

“MLOps is essential in the energy sector because it enables reliable integration, scaling, and continuous improvement of machine learning models. These models optimize energy flows, improve grid stability and support predictive maintenance, which is crucial for the efficiency and sustainability of the energy transition. With MLOps, innovative solutions can be implemented more quickly and adapted to the dynamic requirements of the energy sector.”

Max Becker
Area: Robust, scalable ML and LLM operations

“Citizen development is a concept that enables non-technical employees to build their own applications using low-code or no-code platforms, supported by AI and machine learning. It offers enormous advantages for energy companies, as local employees can develop individual solutions for specific challenges, such as monitoring processes or optimising work flows. This shortens development times, reduces costs and increases the innovative strength of the entire company, while relieving IT resources at the same time.”

Liliya Imasheva
Area: Citizen developer in the energy sector

“Excellent data management is a key requirement for the success of the energy revolution. A clean and transparent database is essential to overcome the challenges of decentralization, volatile feed-ins and growing sustainability requirements. With excellent data management, not only can internal operational efficiency and top performance be achieved, but also a stable, sustainable network can be created that meets the needs of customers and at the same time makes a positive contribution to society in areas such as climate protection.”

Konstantin Gaertner
Area: Data management in the energy sector

Key applications

01

Predictive Maintenance for Infrastructure

Leverages AI to monitor equipment health, detect early wear signs, and reduce downtime and maintenance costs.

02

Energy Demand Forecasting

Uses machine learning to analyse historical and real-time data, predicting demand to align generation and distribution with usage needs.

03

Grid Stability Management

Identifies grid stress points through AI, helping utilities prevent outages, reduce energy loss, and ensure reliable service.

04

Smart Energy Storage Optimisation

Predicts peak demand periods to optimise storage usage, meeting fluctuating energy requirements efficiently.

05

Dynamic Energy Pricing Models

Delivers data-driven pricing strategies based on real-time market conditions, enhancing profitability and flexibility.

06

Automation & Robotics

Deploys autonomous drones and robots to inspect infrastructure like pipelines and wind turbines, improving safety and efficiency.

07

Environmental Monitoring & Sustainability

Tracks environmental metrics such as carbon emissions and resource usage, supporting sustainability and regulatory compliance.

08

AI Security

Defends energy infrastructure against cyber threats, safeguarding critical systems from risks like ransomware and data breaches.

AI Governance

Navigating the EU AI Act in Energy

The upcoming EU AI Act introduces rigorous compliance and transparency standards for AI, affecting critical industries like energy. This regulation prioritises safe, ethical, and reliable AI applications, especially in areas where operational security and sustainability are crucial. For the energy industry, this means AI systems for demand forecasting, grid stability, and emissions monitoring must meet rigorous governance, accountability, and data protection standards. Perelyn supports energy providers in navigating these new requirements, implementing AI solutions that are both compliant and innovative. Our expertise enables energy companies to stay competitive while adopting secure, transparent AI systems that align with EU standards and advance sustainable energy objectives.

Our services

AI is not just a tool for efficiency, but a driver that transforms the energy sector in a sustainable and forward-looking way.

Our principles

At Perelyn, we bring the right people together to drive innovation and solutions together. It is important to us to inspire talents with diverse backgrounds and abilities to work for us in the long term.

By applying scientific methods and ways of thinking, we solve complex problems and develop innovative, sustainable solutions for tomorrow's challenges. We transform complex data into clear insights and effective action plans. We address customer needs through precise analysis, creative problem solving and evidence-based decision-making. In short: Research at heart, business in mind.

By using cutting-edge technologies, we provide innovative answers to difficult questions and create lasting value for our clients. We leverage our partnerships with leading technology providers and our comprehensive technical expertise in a targeted manner, to develop pioneering solutions that define tomorrow's standards.

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