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Product / 02In development · Design partners

Renewable Energy Forecasting

Bring foresight to generation. Bring confidence to every scheduling decision.

A renewable forecasting and scheduling workspace in development for solar, wind, hybrid and storage portfolios. It brings weather intelligence, generation forecasts and commercial context into one operating view, helping teams plan ahead, refine schedules and evaluate performance across plants and time horizons.

Built for

Independent power producers, renewable asset owners, captive and open-access generators, coordinating agencies and utility scheduling teams

Pilot scorecard

Forecast accuracy by horizon · ramp detection · schedule performance · deviation exposure

The operating opportunity

Every scheduling decision connects weather, plant availability and commercial commitments. A shared view of these inputs gives forecasting, operations and commercial teams a stronger basis for coordinating generation and managing portfolio performance.

What the product produces

Schedule-ready forecasts, clear confidence bands and plant-to-portfolio visibility. The aim is to help schedulers assess revisions, understand deviation exposure and direct attention to the assets and time blocks where action has the greatest value.

Capabilities

What it does, stated plainly.

Forecast planning across day-ahead, week-ahead and intraday horizons
Generation modelling for solar, wind, hybrid and storage portfolios
Weather ensembles and satellite cloud-motion inputs for forecast refinement
Probabilistic generation bands and ramp alerts for scheduling decisions
Plant-level forecasts, pooling-station aggregation and generator-level allocation
Deviation attribution linking schedule performance to operational context
Parallel evaluation alongside an existing forecasting workflow
Portfolio views, schedule revision history and integration APIs
Operational workflow

From weather intelligence to a considered scheduling decision.

The product roadmap connects forecasting, scheduling and performance review. Each pilot defines the available inputs, forecasting horizons and operational interfaces around the partner’s portfolio.

01

Build the generation outlook

Bring historical generation, plant characteristics and available weather inputs into the evaluation. Examine expected output and confidence bands across the planning horizon, with attention to ramps and changing conditions.

02

Coordinate the schedule

Review plant forecasts alongside portfolio commitments. Evaluate intraday revisions, pooling arrangements and storage-related assumptions within the agreed scope. Keep the reasoning behind each scheduling choice available to the team.

03

Learn from each operating cycle

Compare forecasts and schedules with observed generation. Review performance by plant, horizon and time block, then use the findings to guide model refinement and the next scheduling cycle.

Value across the renewable portfolio

Operational intelligence with a clear purpose.

Reliable planning grows from a shared understanding of weather, assets and commitments. Our development focus is to give each team a clear view of the decisions it owns, with enough context to coordinate across the portfolio.

Solar and wind operations
Connect changing weather conditions with the expected generation profile. Use forecast bands and ramp indicators to prepare for the periods that deserve closer attention.
Hybrid and storage planning
Evaluate complementary generation profiles and storage assumptions within the pilot scope, supporting a more considered view of available energy and scheduling flexibility.
Coordinated portfolios
Bring individual plants into a shared portfolio view while retaining asset-level detail. Support discussions between generators, coordinating agencies and scheduling teams.
Commercial insight
Connect forecast quality and schedule revisions with deviation exposure. Evaluate the operating value using the partner’s applicable scheduling and settlement framework.
Product readiness

A working foundation. A clear path to deployment.

Explore the capabilities available to demonstrate today and the next milestones for a focused pilot. Together, we define the integrations, validation and deployment requirements for your operating environment.

Ready to demonstrate
  • Forecasting workspace over representative plant and weather data
  • Probabilistic band generation and ramp alerting
  • Portfolio aggregation and deviation attribution views
Next steps for a pilot
  • Pilot preparation: agree plant inputs, forecast horizons and portfolio scope
  • Pilot validation: benchmark accuracy and ramp detection against the partner’s historical data
  • Planned integration: connect the partner’s scheduling workflow and applicable system-operator interfaces
  • Pilot scorecard: assess schedule performance and commercial value against an agreed baseline