Transmission
Networks
For operators or participants of power, gas or water networks with complex supply, demand, and transport priorities
Increase gross margin by 15%
Simultaneously reduce operating costs and identify opportunities to increase revenue
Real time reaction
React to changes in power prices, fuel costs, customer demands and asset performance
Flexible, transparent modelling
Model single generating units to complex, interconnected, cogeneration networks
Gas network operators
Interconnected gas transmission networks with physical and commercial operational constraints.
Make optimal operational decisions with VOLT Live
- How should the network flows be managed to meet demands and minimise cost?
- How can customer contractual entitlements be reconciled with physical settlement?
- How can extra capacity be identified and valued?
Make optimal strategic decisions with VOLT Planning
- What is the economic benefit of new capital projects?
- What is the impact to customers of planned outages and maintenance?
- Can new market mechanisms be evaluated and costed?
Power network operators
Interconnected power transmission networks with physical and commercial operational constraints.
Make optimal operational decisions with VOLT Live
- How can economic dispatch of a wholesale network be modelled?
- How can network constraints be applied to the dispatch process?
- Who are the marginal units?
- What are the price sensitivities?
Make optimal strategic decisions with VOLT Planning
- What is the economic benefit of new capital projects?
- What is the impact to customers of planned outages and maintenance?
- Can new market mechanisms be evaluated and costed?
