Custom LEGO® Solar Panel Energy System – Control Station

This custom LEGO® Solar Energy Control Station recreates a modern photovoltaic power setup inspired by real-world renewable energy systems. Models Built of LEGO® Bricks | Designed by Fr. Riva for Brickis©

Powering the future with solar energy ☀️

Part of the Brickis Energy Series, this custom LEGO® Solar Energy Control Station represents a compact renewable energy installation designed to capture, monitor, and manage solar power.

Inspired by real photovoltaic systems, this miniature scene features a tilted solar panel array, a connected control unit with a battery charge indicator display, and integrated status lights that simulate system operation. A pipeline-style connection links the energy generation area to the control module, recreating the flow and management of clean energy.

Designed for engineers, sustainability enthusiasts, and modern workspaces, this model reflects how solar technology transforms sunlight into usable energy in real life.

Small build. Real-world energy concepts.

Product Details

✅ SKU: BKS-ENERGY-SOLAR-02
✅ Dimensions: W: 9.6 cm D: 3.3 cm H: 5.4 cm
✅ Total Parts: 51 genuine LEGO® elements

Includes solar panel structure, energy control unit with printed display, status indicator lights, and connecting pipeline system.

Variant options available with or without minifigure.

Designed for minifigure-scale display and educational storytelling scenes.

Ideal For

This miniature renewable energy system is perfect for both personal and professional environments.

Perfect as a:

• Gift for engineers and energy professionals
• Corporate gift focused on sustainability and innovation
• Desk decor for modern offices
• Educational STEM display for renewable energy topics
• Unique gift for solar energy enthusiasts

A distinctive piece for those building a cleaner and smarter future.

Legal Notice

This is a custom LEGO® MOC and not an official LEGO® product. LEGO® is a trademark of the LEGO Group, which does not sponsor or endorse this item.