Wind and Solar Energy Farm

Walk a renewable energy site: a line of turbines with their rotors turning, a solar array in rows with inverters at the row ends, and a fenced substation with a battery container.

About

A wind and solar site laid on the pack's own ground and access track tiles.

What is placed. A line of turbines stands across the ridge at a believable spacing, with an access track running between them, a foundation pad and tower base at one, and a blade on its cradle beside a transport trailer. A solar array fills the field beside it, panel modules repeated into rows on their frames with tracker rows, ground screw footings, DC cable trays, a spare panel pallet and a cleaning brush, and inverter cabinets and string combiner boxes at the row ends. The substation transformer, the switchgear run, the battery storage container and the control cabin are fenced together with a gate, and a met mast, a weather station, floodlights, signage, cable drums and a service van dress the rest.

What moves. The turbine rotors turn about the nacelle axis, the vertical axis turbine spins, the tracker rows tilt, the fence gate and the cabinet doors open and close, the cable drum spins, the anemometer turns and the trailer wheels roll.

What does not move, and why. Blade pitch, nacelle yaw, the power lines and the cables are static geometry: none is reachable with the rigid node transforms this library uses, and the overhead conductors are straight runs rather than hanging catenaries for the same reason. There are no people, because nothing here is skinned.

Every piece here is a published model from the pack, placed by hand. Walk with the keys or touch, and approach a piece to see it move if it has animation. Colliders, navigation and gameplay are yours to add.

Points of interest

The turbines
The rotor is one moving node pivoted at the hub centre on the nacelle axis, so the blades sweep a vertical circle in front of the tower rather than turning about the mast. Blade pitch and yaw are static.
Wind Turbine Tower (Wind and Solar Energy Farm)
Delivery
A blade on its transport cradle and the trailer section beside the access track, with the foundation pad and tower base section that a turbine stands on.
Turbine Blade On Cradle (Wind and Solar Energy Farm)
The array
Panel modules on their frames repeat into rows on the same ported grid, with tracker rows that tilt, ground screw footings, cable trays and a cleaning brush.
Solar Panel Module (Wind and Solar Energy Farm)
Row ends
Inverter cabinets and string combiner boxes at the ends of the rows, with the DC cable tray runs carrying back to the substation. Their doors open.
Solar Inverter Cabinet (Wind and Solar Energy Farm)
Substation
The transformer, the switchgear run, the battery storage container and the control cabin fenced together with a gate that opens. The overhead conductors are straight static runs, because a hanging cable is not a rigid node.
Substation Transformer (Wind and Solar Energy Farm)
Met mast
The met mast with its instruments, the weather station whose anemometer spins, the floodlights, the signage and the fence that close the site.
Met Mast With Instruments (Wind and Solar Energy Farm)

Use with an AI agent

Copy this prompt into your AI chat to rebuild the layout, then describe what to change.

Rebuild the "Wind and Solar Energy Farm" demo scene from the Wind and Solar Energy Farm pack in my project.

Layout (JSON, every placement with its CDN URL): https://3dassets.dev/api/v1/demos/wind-and-solar-energy-farm
Pack manifest: https://3dassets.dev/api/v1/packs/wind-and-solar-energy-farm
Demo page: https://3dassets.dev/demos/wind-and-solar-energy-farm

- 181 placements of 39 models; units are metres, +Y up, rotation is yaw in degrees about +Y
- Spawn at (0.6, 0.06, 14) facing -143.7 degrees; eye height 1.6 m
- Licence: CC0 1.0 Universal (no attribution required)
- Loading: three.js GLTFLoader, one load per distinct model, cloned per placement; no decoders required

Also available as JSON or Markdown, and via the MCP server.

Common questions

How do I use Wind and Solar Energy Farm with my AI development tools?

Press "Copy for AI agent" above and paste the prompt into Claude Code, Cursor, Codex, GitHub Copilot, ChatGPT or any other coding assistant. The prompt carries the direct CDN URL, the real-world size, the licence and the loading notes, so the assistant can fetch the scene and place it in your project without you writing the loader yourself. For a permanent connection, add the 3DAssets.dev MCP server to your tool with one command (for Claude Code: claude mcp add --transport http 3dassets https://3dassets.dev/mcp) and the assistant can then search the whole catalogue, fetch files and read the usage snippets on its own.

MCP server setup Guide for AI agents

How do I get started?

Walk the scene here with the keys or touch to see how the pack fits together. To build it yourself, download the pack with the button, then copy the "Copy for AI agent" prompt: it links the layout JSON, which lists every placement with its position, rotation and CDN URL, so an assistant connected to the MCP server can rebuild the scene in your engine and change it to order.

MCP server setup

Which game engines and tools can I use Wind and Solar Energy Farm with?

Anything that reads glTF, which today means all of the major ones: three.js and React Three Fiber on the web, Godot 4, Unity, Unreal Engine 5, Blender and the model-viewer web component. Every model in the scene is a self-contained binary glTF (.glb) with textures embedded, so each is one file to import and no plugin, converter or decoder to install first.

How do I import this scene into Unity, Godot, Unreal or Blender?

Unity: install the glTFast package (com.unity.cloud.gltfast) from the Package Manager, drop the .glb into Assets and drag the prefab in, or load it at runtime from the CDN URL. Godot 4: copy the file into the project folder and the editor imports it as a scene you can instantiate. Unreal Engine 5: File > Import with the built-in glTF importer, which converts the axes for you. Blender: File > Import > glTF 2.0. Units are metres with +Y up in the file, and every importer above handles the conversion to its own axes automatically.

Can I use Wind and Solar Energy Farm in a commercial game, and do I need to credit anyone?

Yes to commercial use and no to credit. Every scene on 3DAssets.dev is released under CC0 1.0 Universal, which places it in the public domain: use it in a paid game, an app, a film or a client project, modify it, redistribute it, and put nothing in the credits. A link back is welcome but it is entirely your choice.

CC0 licence text

Can I load it from the CDN instead of downloading it?

Yes. The pack behind it has a permanent URL on cdn.3dassets.dev that is CORS-enabled and never changes content, so you can pass it straight to GLTFLoader, glTFast or model-viewer in production and cache it as hard as you like. Downloading is only needed for engines that import from disk.

Is the demo itself a file I can download?

No, and it does not need to be. A demo is a layout of the pack's published models composed in your browser from the CDN, so there is no extra file to fetch. Download the pack for the models, and take the layout JSON linked above for the placements: together they are the whole scene, and an AI agent can rebuild it from those two links.

Can I change the scene, or add gameplay to it?

Yes. The layout is plain data in metres, so move, add or remove placements freely in your own engine. Colliders, navigation and gameplay are yours to add: the demo shows what the pack looks like assembled, and your game decides how it plays.

Models in this demo

Site Ground Tile (Wind and Solar Energy Farm)

An 8 m square of rough site grass with tussocks and loose stones, ported on all four edges so any number tile into the field a wind or solar farm stands on.

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