Centralized power market simulation

Simulate the power market before you trade in it

ElecSim is a power market trading simulation system built around centralized electricity market design, with China’s market model at its core. Model your own grid topology, run the entire trading chain from annual contracts to real-time dispatch, and train or assess a team on a realistic clearing engine — solo or head-to-head.

  • Custom grid topology
  • Solo and multi-player
  • Training with scored exams
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  • 7 Trading products From medium- and long-term contracts through to real-time spot
  • 9 Market participant types Thermal generation through to virtual power plants
  • 5 Target markets China available today, four more markets on the roadmap
  • 2 Simulation modes Solo practice, or multi-player competition

What ElecSim does

A grid you define, a market you can replay

Most market simulators hand you a fixed test system and a spreadsheet of prices. ElecSim lets you build the network yourself and then watch how your own decisions move the clearing price.

Model your own grid topology

Build buses, lines, zones and units node by node, or import a network you already have. Every node carries its own load, generation mix and price formation.

Run the whole trading chain

Annual and monthly contracts, then day-ahead, then real-time. One continuous simulation keeps contract positions, dispatch and settlement consistent across the timeline.

Train, examine, measure

Turn any saved scenario into a course or a timed exam. ElecSim grades every participant automatically and breaks the score down by question and by trading decision.

High-voltage transmission towers carrying lines across open country at dusk

One continuous trading chain

Contracts, day-ahead and real-time all sit on the same timeline, so a position taken in January is still visible in the five-minute dispatch that settles it.

  • Annual Contracting window
  • Day-ahead Clearing
  • 15 min Finest dispatch granularity

Trading mechanisms

Seven products, one settlement engine

Medium- and long-term trading sets the position; the spot market clears whatever is left. ElecSim models each mechanism with its own order types, matching rules and pricing.

Framework

Medium- and long-term trading

Annual, quarterly and monthly positions agreed ahead of delivery, then decomposed into the spot timeline hour by hour.

Medium- and long-term

Bilateral negotiation

Two parties agree on price and volume directly, each carrying its own contract curve, credit limit and set of counterparties.

Medium- and long-term

Centralized bidding

Buyers and sellers submit quantity-price curves; the market clears at a single marginal price against the supply-demand ratio.

Medium- and long-term

Rolling matching

Continuous order-book matching for as long as the window is open, so prices move with the depth of the book.

Medium- and long-term

Listing and taking

One side posts a firm price and volume; the other takes all or part of it until the listing is filled.

Spot

Day-ahead spot

Hourly or 15-minute security-constrained clearing for the next delivery day, producing node or zonal prices.

Spot

Real-time spot

Rolling dispatch that settles deviations from the day-ahead schedule at real-time prices.

How a session runs

From scenario to scoreboard

  1. 01

    Set the scenario

    Choose the market model, define or import the grid topology, and set the participant mix, load profile and renewable forecast.

  2. 02

    Trade

    Each participant signs medium- and long-term contracts and bids into the day-ahead and real-time markets — alone, or in a shared session with other people.

  3. 03

    Clear, settle, score

    The engine clears and settles every round, then reports profit and loss, deviation exposure and, in exam mode, a graded score for each participant.

Thermal power Wind / Solar PV Pumped storage / Energy storage Retailers

Market participants

Generation, flexibility and demand on the same order book

Nine participant types are modelled out of the box. Each one brings its own physical constraints, cost structure and bidding behaviour, so strategies that work in the real market are the ones that work here.

  • Thermal power
  • Gas
  • Hydro
  • Pumped storage
  • Energy storage
  • Wind
  • Solar PV
  • Retailers
  • Virtual power plants
See participant models

Simulation modes

Practise alone, compete as a class

Included in Personal

Solo simulation

One operator, one portfolio. Test a bidding strategy against the market, see how your own orders move the clearing price, and replay the day afterwards.

Included in Team

Multi-player simulation

Every participant in the same market at the same time. Your bid changes everyone else’s clearing price, and theirs changes yours.

Training

Structured courses built from real market scenarios, run instructor-led in a classroom or self-paced by an individual.

Exam and scoring

Timed assessment with automatic grading, a question-level breakdown and an exportable report for each participant.

Who uses it

Built for the people who actually trade

  • Generators and utilities
  • Retailers and virtual power plants
  • Universities and power-sector training institutions
  • System operators and regulators
  • Industrial and commercial power users

Pricing

Per seat, per year, no surprises

Both published plans are single-market: they cover the centralized market model available today, which is China. To run a different market, see the custom option.

Personal

For individual practice

$800 / ¥5,000

per person / year

One market — the China centralized market model

Solo simulation only

Get started

Team

For teams, classrooms and corporate training

$1,600 / ¥10,000

per person / year

One market — the China centralized market model

Includes multi-player trading

Talk to us

Custom

For markets we do not ship yet

Contact sales

Priced per project

The market you need — built to order

Custom development for another market

Discuss your market

Bring your own market to ElecSim

Tell us which province, which participant mix and which trading rules you want to simulate, and we will set up a demonstration scenario built on your own grid topology.