Result description
Power Flow Tracing (PFT) encompasses a set of methodologies designed to calculate power transfers from individual generation points to specific consumption points or branches. Initially developed to allocate costs associated with transmission losses, PFT has found a highly relevant application in the field of sustainability: the determination of the fuel mix of power consumption at a specific point on the power grid. Knowing the fuel mix of consumed power in turn enables you to determine the specific carbon footprint arising from power consumption at a certain point of the power grid. By significantly improving the granularity and quality of location-based Scope 2 carbon accounting, PFT aligns with the requirements of the Corporate Sustainability Reporting Directive (CSRD) and anticipates stricter regulations on the horizon. ELEKS is owner for exploitation purposes.
Addressing target audiences and expressing needs
- To raise awareness and possibly influence policy
- Incubators / Accelerators
ELEKS is actively seeking test users for their innovative solution, with a particular focus on the manufacturing sector. We welcome collaborations that aim to enhance data accessibility, especially in partnership with Transmission System Operators (TSOs), Distribution System Operators (DSOs), and regulatory bodies to drive meaningful progress and innovation
- EU and Member State Policy-makers
- Other Actors who can help us fulfil our market potential
- Research and Technology Organisations
R&D, Technology and Innovation aspects
1. TRL: 7 > “Real-time power system management tool for modeling, analysis, planning, and optimization of modern electrical networks, on the market for over 30 years)
2. CRL: 4 > “250 loyal customers”
3. IRL: 8 > “The group of experts includes the specialists with scientific degrees in the specialty “Power Plants, Systems, and Networks”: Services – DAKAR
Yes, worldwide, the energy industry is changing, moving from fossil fuels to renewable sources. Stricter sustainability regulations, emissions targets, and Net Zero goals require more efficient and greener energy use. Yet, one major challenge remains: how do we accurately assess the carbon footprint of the electricity we consume?
Power Flow Tracing addresses this challenge, as it determines the accurate fuel mix of power consumption at specific points on the power grid.
Yes, but the results are dependant on availability of data. While PFT provides a robust theoretical and practical framework, its success depends on the availability of high-quality data. Currently, many electricity grids, particularly at the low-voltage level, lack comprehensive data for holistic and precise carbon accounting. Addressing this gap could lead to the development of more detailed electricity maps that illustrate carbon flows and empower CO2-adaptive decision-making for organizations and individuals alike.
Power Flow Tracing is highly relevance in the transition to Net Zero.
In practice, the Power Flow Tracing application to Carbon emissions calculations goes as follows:
1. Data collection: At this step, grid operators and utilities collect data on electricity generation, transmission, and consumption. This includes information about generation capacity, grid topology, load profiles, and real-time operational data.
2. Simulation and modelling: Dakar assesses the power flows across the grid. These tools model the physical and operational dynamics of the electricity network.
3. Carbon intensity analysis: Incorporate emissions data associated with each generation source (e.g., coal, gas, renewables) to calculate the carbon footprint of electricity consumed at specific locations.
4. Insights and reporting: The results are shown through visuals and dashboards, helping stakeholders find areas with high carbon usage and improve how the grid is used.
