Damien Pantalos

Energy engineer
Brussels, Belgium

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Projects

Models, studies and prototypes across energy storage, sustainable systems and data science. Figures below come from the original reports.

All projects

1-3 / 6
Energy storage

2024 - 2025

Multi-market BESS optimisation

Three bar charts compare average hourly charging and discharging power under no, monthly and yearly cycle constraints. Each chart has its own power scale.
Hourly charging and dischargingThesis, Figure 5.4 (detail)

Modelled battery storage participation across arbitrage and ancillary service markets using Pyomo and mixed-integer linear programming.

Read master's thesis
Data & energy

10/2024 - 01/2025

Heating & cooling optimisation

Household electricity load across the year, with heating and cooling peaks identified.
Separating heating and cooling demandProject report, Figure 4.2

Combined load disaggregation, historical consumption and weather data to assess residential heat pump sizing.

Renewable systems

10/2022 - 06/2023

Net-zero communities

AC-coupled energy system connecting a PV generator, battery, load and electricity grid.
PV, storage and the electricity gridDissertation, Figure 3.2

Compared solar PV, wind and battery storage scenarios using energy, economic and environmental criteria.

Circular economy

05/2026 - Present

Smart irrigation system

Building a closed-loop irrigation system with water filtration, IoT sensing and live monitoring of plant performance.

Machine learning

10/2024 - 01/2025

Electricity demand forecasting

Forecast electricity demand in Spain using a neural network, historical consumption and weather data.

Future systems

10/2024 - 01/2025

Underground Horizons

Designed an underground vertical farming concept for Mars, combining hydroponics, solar power and natural radiation shielding.

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Energy storage · 2024 - 2025

Multi-Market Optimisation for Energy Storage (Master Thesis)

UPC Barcelona & Elia Group - Master Thesis (Grade: 9/10)

Developed a multi-market optimization model for Battery Energy Storage Systems (BESS) operating in Belgium. The model enables storage operators to simultaneously access arbitrage markets (Day-Ahead and Imbalance) and ancillary service markets (FCR, aFRR).

Key methodology: Implemented in Pyomo using mixed-integer linear programming (MILP) with 15-minute resolution. The model captures operational constraints, round-trip efficiency losses, and battery degradation effects under multiple cycling scenarios. Market data from Elia (2024) was used to simulate real-world operation and validate the approach.

Key finding: Coordinated multi-market participation significantly improves BESS profitability over single-market strategies. Ancillary services provide stable baseline revenue while arbitrage exploits price volatility for additional gains.

Data & energy · 10/2024 - 01/2025

Data-Driven Optimisation of Heating/Cooling System

UPC Barcelona - Data-Driven Challenges for Energy Engineers

Developed a comprehensive methodology to optimize heat pump sizing for UK residential buildings using load disaggregation techniques on historical energy consumption data coupled with regional weather information.

Key methodology: Implemented Non-Intrusive Load Monitoring (NILM) using NILMTK toolkit and deep learning approaches to disaggregate heating/cooling loads from total household consumption. Integrated weather data correlation to identify temperature-dependent patterns and calculate optimal heat pump capacities for both electrified and non-electrified homes.

Renewable systems · 10/2022 - 06/2023

Modelling & Optimisation for Net Zero Communities (Bachelor Thesis)

De Montfort University - Final Year Project

Developed a comprehensive multi-criteria optimisation framework for designing net-zero energy communities. The model integrates real-time meteorological data via APIs, energy generation/consumption profiles, and techno-economic parameters to evaluate renewable energy configurations.

Methodology: Analysed multiple scenarios combining solar PV, wind turbines, and battery storage systems. Optimization criteria included energy self-sufficiency, levelized cost of energy (LCOE), net present value (NPV), and carbon emission reductions. The tool helps communities identify the optimal balance between investment costs and environmental benefits.

Circular economy · 05/2026 - Present

Circular Economy Smart Irrigation System

Personal Project - IoT, Circular Economy & Agri-Tech

Building a closed-loop smart irrigation system based on circular economy principles. A fresh water tank supplies nutrient-rich solution to the plants via a pump; used water drains to a dirty tank, passes through a coarse mesh filter (removes roots and large debris) then a fine filter (activated carbon + UV), and returns clean to the fresh tank - nothing is wasted or discharged.

Plant performance monitoring: IoT sensors (pH, EC, temperature, humidity, light) publish readings every 5 minutes via MQTT to an InfluxDB server. A Grafana dashboard and mobile app provide live visualisations of tank levels, flow rates, and growth KPIs. Weekly measurements (plant height, leaf area, chlorophyll via SPAD meter) track crop performance over time.

Machine learning · 10/2024 - 01/2025

Predicting Electricity Consumption Using Neural Networks

UPC Barcelona - AI in the Energy Sector

Developed a Multilayer Perceptron (MLP) neural network to forecast electricity demand in Spain's peninsular region for the upcoming 2 hours, segmented into 30-minute intervals. The model was trained on real-world consumption data from February to August 2024.

Key methodology: Implemented a sliding window approach with a 25-hour lookback period (n=50) to capture temporal patterns. Integrated exogenous variables including temperature and wind speed to enhance predictive capabilities. The network architecture featured 3 hidden layers (128→64→32 neurons) with batch normalization and dropout regularization (0.2) to prevent overfitting.

Future systems · 10/2024 - 01/2025

Moonshot Project: Underground Horizons

UPC Barcelona - Prototyping & Future Thinking

Designed an innovative underground vertical farming system for Mars that addresses the unique challenges of Martian agriculture: extreme radiation, temperature fluctuations, and limited water resources. The system leverages underground lava tubes for natural radiation shielding and thermal stability.

Key innovations: Integrated precision farming technology with LED grow lights optimized for plant photosynthesis, closed-loop hydroponic systems for water recycling, and CO₂ extraction from the Martian atmosphere. Surface-mounted PV arrays provide sustainable power for the entire operation.