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About

Build a wind farm, a solar farm or one site carrying both. The wind side is a 40 m utility turbine with a 24 m rotor and a farm scale machine at about half the tower, both with the hub and all three blades on one node pivoted at the hub centre on the nacelle axis, so the blades sweep a vertical circle in front of the tower. Around them are the pieces a turbine arrives and goes up in: the octagonal foundation with its anchor ring, the first tower can with its doorway, a swinging access door panel, the nacelle and hub on transport cradles, a 12 m blade on its cradles, a low loader trailer whose wheels roll, a 21 m lattice met mast with a turning anemometer and a small vertical axis machine for a yard. The solar side starts with one ground mounted module on its own frame, ported left and right so a row is as long as the site allows, and adds a four module tracker row that tilts as one node, a ballasted roof pair, a helical ground screw, an inverter cabinet and a combiner box whose doors open, a ported DC cable tray straight and corner, a cleaning brush and a pallet of spares. The grid and the site are the substation transformer with its radiators and bushings, a three cubicle switchgear run, a walk in control cabin, a battery storage container, wood poles carrying the collection line, 4 m mesh fence panels and a gate that swings, warning signs, 8 m ground tiles in grass and gravel, straight and curved access track tiles on the same module, a site office, a service van, cable drums, tool crates, a weather station, floodlights and bird deterrent posts. Rigid node transform clips only, no skinning. Blade pitch and nacelle yaw do not move, because both are slow bearings inside the machine and a second channel would fight the rotor for the catalogue pose; the power line conductors are straight, taut and static, since a rigid node transform cannot hang a catenary; the fence mesh, the wound cable on the drum and the wind vanes are modelled solid for the same reason. Original AI assisted CC0 geometry; no manufacturer, operator or utility marks appear anywhere.

Files load directly from the CDN. Choose the pieces you need. Colliders, navigation and gameplay scripts are supplied by your game.

Use with an AI agent

Copy this prompt into your AI chat, then describe what you want to build with the pack.

Use the “Wind and Solar Energy Farm” pack in my project.

Manifest (JSON, every model with its CDN URL): https://3dassets.dev/api/v1/packs/wind-and-solar-energy-farm
Starter scene (one GLB with every piece placed): https://cdn.3dassets.dev/assets/34086/v1/model.glb
Pack page: https://3dassets.dev/packs/wind-and-solar-energy-farm
Description: A renewable energy site in a kit: three blade turbines whose rotors turn on the nacelle axis, a solar module ported so an array is built by repeating it, trackers, inverters and tray, and the substation, battery container and fenced compound that export the power.

- 40 GLB models, 1.8 MB in total
- Units: metres, +Y up, shared scale and palette across the pack
- Licence: CC0 1.0 Universal (no attribution required)
- Loading: three.js GLTFLoader; no additional decoders required. Load models individually from the manifest, or the starter scene as one file.

Also available as a JSON manifest or 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 pack 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?

Download the starter scene with the button to get every piece already placed as one .glb, or take individual models from the grid below, each with its own download and CDN URL. The JSON manifest linked above lists every file with its URL and size, which is what an AI agent uses to pull the pack into a project. Connect your agent to the MCP server and it can do all of that by itself.

MCP server setup API reference

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 pack is a self-contained binary glTF (.glb) with textures embedded, and so is the starter scene, so each is one file to import and no plugin, converter or decoder to install first.

How do I import this pack 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 pack 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 starter scene, one .glb with every piece placed, 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.

Do I have to download the whole pack?

No. Every model in the pack is a separate published asset with its own download and CDN URL, so you can take one prop or the entire set. The starter scene is the one-file option for people who want everything placed at once.

Do the models in Wind and Solar Energy Farm fit together?

That is the point of a pack. The members are built together to one real-world scale with consistent pivots and a shared palette and level of detail, so a building, a vehicle and a prop from the same pack sit correctly in one scene without rescaling or re-texturing.

Game kit

Wind and Solar Energy Farm

A renewable energy site in a kit: three blade turbines whose rotors turn on the nacelle axis, a solar module ported so an array is built by repeating it, trackers, inverters and tray, and the substation, battery container and fenced compound that export the power.

Download pack · 857.0 KB

One GLB with every piece placed in a starter scene. Each model is also below on its own.

View demo

Everything in this pack

Animated

Wind Turbine Tower (Wind and Solar Energy Farm)

A three blade utility wind turbine: a 28 m tapered white tower on a base collar, a nacelle with its yaw ring and cooling face, and a 24 m rotor that turns about the nacelle axis.

@3dassets1.0k tris