Building the analytical capacity to power Lao PDR’s energy future
Lao PDR’s energy sector is entering a more complex phase — one where decisions about how power is scheduled, dispatched, and planned will determine whether the country can deliver an affordable, reliable, and sustainable system.
Strong energy decisions depend on strong analysis. As Lao PDR’s system grows more dynamic, the ability to model, test, and plan must sit with national institutions — not external consultants.
Why modelling capacity matters
Energy modelling is the analytical backbone of a credible energy transition. It allows institutions to:
- Test scenarios before committing capital, comparing pathways for cost, reliability, and emissions
- Anticipate system needs — identifying where generation, storage, or grid investment will be required, and when
- Plan with confidence, grounding long-term decisions in evidence rather than assumption
When this capability is held locally, the benefits compound:
- Institutional knowledge accumulates within EDL, MOIC, and NUOL rather than leaving with each contract
- Decisions are faster and nationally tailored, reflecting Lao priorities and conditions
- The country owns its energy pathway, reducing dependence on costly, time-limited external support
How EnergyLab Asia is supporting Lao PDR
EnergyLab Asia is working with Electricité du Laos, the Ministry of Industry and Commerce, and the National University of Laos to embed modelling capability where decisions are made.
Use the right tools
PyPSA, a powerful open-source modelling platform, strengthens EDL’s capacity for both short-term scheduling and dispatch and long-term system planning.
Building open source models
EnergyLab Asia is supporting EDL to develop an open source PyPSA model, tailored to Lao PDR’s grid and generation mix.
Keep the skills in-country
In partnership with the National University of Laos and Climate Compatible Growth, EnergyLab is providing hands-on training to equip Lao energy professionals with the tools and skills to lead the transition.