Hydropower Scheduling User meeting 2026

Innovate, optimise, decide

Strømmast i nordlys

Join us in Trondheim, May 5-6 2026!

Electricity markets are changing fast. Growing shares of wind and solar, stronger price fluctuations, new layers of interconnected markets and emerging flexibility providers such as batteries are reshaping the landscape for hydropower producers and system planners.

At the same time, advances in modelling, optimisation and digital technologies are expanding what is possible in hydropower analysis and decision support.

At the Hydropower Scheduling User Meeting 2026, we will explore the latest developments and applications of SINTEF’s hydropower scheduling tools. The meeting offers a unique opportunity to connect with peers, gain insights from research and discover new advances in digital hydropower scheduling.

Key topics

  • Integrated modelling across multiple electricity markets and time horizons
  • Operational, seasonal and investment optimisation
  • Emerging technologies including HPC, AI and GPU solutions
  • Updates on frameworks, open datasets and technology demos
  • Recent progress in research and development

 

Programme 2026

Programme
Day 1 – Tuesday 5 May 08:15 – 23:00
08:15–09:0045 min
Registration
1. A Power Market in Transition
09:00–09:1515 min
Welcome day 1
Ellen Krohn Aasgård
SINTEF
09:15–09:4025 min
Stable frequency in an unstable world
Bjørn Bakken
ANEO
09:40–10:0525 min
The energy transition and requirements within power market modelling
Caroline Østlie
Statkraft
10:05–10:3025 min
Insight from price area assessment with detailed grid
Anders Kringstad
Statnett
10:30–10:5020 min
Coffee Break
2. Market Modelling
10:50–11:1525 min
Simulation of Revenue Streams from Multiple Markets
Stefan Rex
SINTEF
11:15–11:4025 min
Multi-Market Optimization Experiences with Prodrisk
Tuomas Pyykkonen
Fortum
11:40–12:3050 min
Lunch
12:30–12:5020 min
Trident – the next generation long-term model
Stefan Jaehnert
SINTEF
12:50–13:1020 min
User Testing of Trident
Jonas Tjemsland
Å Energi
13:10–13:3020 min
Coffee Break
3. Energy System Analysis
13:30–13:5020 min
HydroConnect – Impacts of connecting Norwegian hydropower to Europe
Anders Arvesen
SINTEF
13:50–14:0515 min
Investment Analyses with Prodrisk – Practical Experience
Kristen Lund
Hydro
14:05–14:2015 min
Framework for Open Datasets at SINTEF
Shweta Tiwari
SINTEF
14:20–14:3515 min
Open Datasets at NVE
Carl Andreas Veie
NVE
14:35–14:5520 min
Coffee Break
4. Performance and Scaling
14:55–15:1520 min
Hyper SHOP with Sigma2
Knut S. Gjerden | Christian Ø. Naversen | Sten Enok Wersland
SINTEF | Sigma2 | Skagerak
15:15–15:3015 min
Managing Prodrisk in the Cloud
Øivind F. Høivik
Lyse
15:30–15:4515 min
Benchmarking of Gurobi in SHOP
Christian Ø. Naversen | Kamma Ask Tyse
SINTEF
15:45–15:505 min
Practical information
Hans Christian Bolstad
SINTEF
Evening programme
Day 2 – Wednesday 6 May 09:00 – 14:00
5. Research Impact and Initiatives
09:00–09:1010 min
Welcome day 2
Hans Ivar Skjelbred
SINTEF
09:10–09:2515 min
Achieving strategic national goals in Hydropower – the Role of RCN
Michel Bohnenblust
Forskningsrådet
09:25–09:4520 min
Robust and Efficient Reservoir Operation
Birger Mo
SINTEF
09:45–10:0520 min
Modeling a 100% Renewable Electricity System
Amund Skretting Bergset
SINTEF
10:05–10:2015 min
Coffee Break
6. Emerging Computing Technologies
10:20–10:5030 min
Accelerating Hydro Scheduling: Neural Network Approaches for Unit Commitment Prediction in SHOP
Jiehong Kong | Daria Barjaktarevic
SINTEF | NTNU
10:50–11:0515 min
Quantum Computing for Unit Commitment: a First Step Towards Quantum Hydropower Scheduling
Vemund Falch
SINTEF
11:05–11:2015 min
Coffee Break
11:20–11:4020 min
GoHybrid – Experiences from Testing GPU based optimisation
Hans Ivar Skjelbred | Tellef J. Larsen
SINTEF | Statkraft
11:40–12:0020 min
Online SHOP – Towards a Real-Time Optimisation Framework
Christian Ø. Naversen | Vegard Vinje
SINTEF | Hafslund Kraft
12:00–12:1515 min
Coffee Break
7. Model Roadmaps and Frameworks
12:15–12:2510 min
Model roadmap SHOP
Christian Ø. Naversen
SINTEF
12:25–12:3510 min
Model roadmap Prodrisk
Stefan Rex
SINTEF
12:35–12:4510 min
Model roadmap LTM
Bernt Garten Galtrud
SINTEF
12:45–13:0520 min
Experiences using the LTM API
Håkon Ingvar Arvidsen | Viktor Sætre Aasvær
Eviny
13:05–13:105 min
Thanks and goodbye
Hans Ivar Skjelbred
SINTEF
13:10–14:0050 min
Lunch

The programme is subject to change.

Practical information

Nidarosdomen

Venue

The meeting and dinner will take place at Quality Hotel Prinsen in Trondheim city centre, located at Kongensgate 30, 7012 Trondheim.

Registration

Registration for the meeting is completed through our online form.

  • Early bird price: 6,000 NOK (excl. VAT) until 31 January 2026
  • Regular price: 8,000 NOK (excl. VAT). Registration is extended to 10 April 2026.
  • Invited speakers: 4,000 NOK (excl. VAT)

Please note: No changes or refunds will be accepted after 31 January 2026.

Hotel

A select number of rooms at the Quality Hotel Prinsen are available at the special meeting rate:

  • Single room 1,890 NOK per night
  • Double room +300 NOK per night

This rate is valid until 27 March 2026. To book, use the meeting link:

Contact persons

Hans Christian Bolstad

Meeting and Programme committee leader

Contact information

Eline Opdalshei

Administrative contact

Contact information

Fredrik Hildrum

Programme committee member

Contact information

Stefan Rex

Programme committee member

Contact information

Anders Arvesen

Programme committee member

Contact information

SINTEF Hydropower Models

SHOP

SHOP (Short-term Hybrid Optimization Program) is a modeling tool for short-term hydro operation planning.

SHOP Customer Portal

Prodrisk

Prodrisk is a modeling tool for long- and mid-term hydropower optimization and simulation based on stochastic dual dynamic programming (SDDP).

Prodrisk Customer Portal

LTM

EMPS (EFI's Multi-area Power-market Simulator) is a tool for forecasting and planning in electricity markets.

LTM Customer Portal

Trident

Trident is an advanced market simulator for fully renewable power systems, with significant uncertainty, variability, flexibility and storage capability.​

Trident Customer Portal