Power and Renewables Supply Chain Planning

Wind, solar and storage projects wait on equipment from a small group of suppliers, and the operating fleet needs spares at sites spread over wide areas. DemandLabs ranks equipment orders by supplier risk and sets spares stock by site and service target.

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What Shapes Power and Renewables Planning

Power and renewables planning ties long equipment lead times to connection dates and a fleet that has to keep running.

Equipment

Few Suppliers for Major Equipment

Turbines, solar modules, inverters and battery systems come from a short list of manufacturers, often shipped by sea. A late shipment can hold up a whole project and the revenue it was due to earn.

Connection dates

Grid Connection Dates Move

A project cannot export until its grid connection is ready, and connection dates often slip. Equipment that arrives too early ties up cash and storage, and equipment that arrives late delays revenue.

Fleet spares

Spares Are Needed Rarely and Urgently

Turbine, inverter and substation spares can sit unused for months, then a storm calls for several at once across distant sites. A missing part keeps a unit offline until it arrives.

Solutions for Power and Renewables

The DemandLabs applications that fit power and renewables, and how each one handles the planning.

Turbine, module, inverter and battery suppliers are rated on port congestion, weather and financial filings, and each one is traced to the projects and revenue it holds up.

Explore supplier risk

Turbine, inverter and grid spares form their own segment, with service targets set by site and part family. DemandLabs shows the stock each target needs, so storm stock is sized before the season.

Explore inventory optimization

Each build program scenario carries its own connection and delivery dates, and the scenario room compares them on P&L and cash, so a slipped connection is priced before equipment is released.

Explore IBP

Meters, cable, poles and spares are forecast by item and depot, and parts drawn only in occasional lumps get Croston, SBA or TSB methods.

Explore demand planning

How Power and Renewables Planning Connects

Each project and site links to the equipment it waits on, the spares that keep it running and the revenue behind it.

Projects

Build Program

Connection dates
Project milestones
Capex budget

Suppliers

Equipment Orders

Turbines and modules
Inverters and batteries
Shipping lanes

Operations

Fleet Maintenance

Planned outages
Failure history
Site stores

Inventory

Spares and Grid Stock

Service targets
Storm stock
Transfers

Finance

Revenue and Cash

Revenue by project
Capex timing
Emissions

Built for Power and Renewables

Power planning serves two calendars at once, the build program and the running fleet.

Projects Ranked by Supplier Exposure

Each equipment supplier is traced to the projects it supplies and the revenue those projects are due to earn, so buyers chase the largest exposure first.

Port Closures Run as Scenarios

A scenario can close a port or a supplier site and show which projects slip and how much revenue moves with them.

Fleet Spares on Their Own Targets

Fleet spares carry their own service targets, separate from project materials, so the stock behind running units is planned on its own terms.

Local Content Priced Next to Supply

Plans to source towers, blades or modules locally are weighed on their cost and economic return beside the supply plan.

Planning Notes for Power and Renewables

See all notes

Energy

What a place in the grid connection queue is actually worth

What a place in the grid connection queue is worth: Little's Law on the wait, why one withdrawal stalls everyone behind it, and the cost of delay.

21 August 20269 min read

Energy

The ramp is the part of a wind forecast that costs you money

Renewable generation forecasting scored on averages and sold into markets pricing extremes: the power curve, ramps, aggregation and probabilistic output.

22 August 20269 min read

Operating layers

Planning service parts for machines that have not broken yet

Service parts planning driven by the installed base rather than the part's own history: the two lifecycle turns, the all-time buy, and fill rate at the van.

19 August 202610 min read

Experience DemandLabs

Take the Platform Tour

Watch a DemandLabs workspace run a supplier risk cycle.

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Walk Through It With a Solution Architect

A 45-minute session on your own data.

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Power and Renewables Planning FAQs

Can DemandLabs plan spares for a wind or solar fleet?

Fleet spares are a separate segment with service targets by site and part family, re-solved weekly, with transfer proposals that price moving a part from one site to another.

How does it handle a slipped grid connection?

A connection delay becomes a scenario with new delivery and revenue dates, compared with the current plan on P&L and cash before any equipment is called forward.

Can we see which projects a supplier holds up?

Each supplier site carries one composite risk score, and its exposure is traced through the equipment list to the projects and revenue that depend on it.

How long does implementation take?

Eight weeks to the first live cycle for one planning area, with a value review with your CFO in week 10.