Singapore's "Rainforest Container Garden"

Analysis of the core elements of the project

Electrical system: may include lighting, intelligent control, waterproof circuit, photovoltaic power generation, etc., and outdoor rainproof, moisture-proof and short-circuit-proof design must be considered.

Rain Garden: emphasizes the combination of landscape and water, and needs to solve problems such as drainage, plant water resistance, and waterproof structure.

Container Engineering: Modular construction, it is necessary to consider container transformation, thermal insulation and rust prevention, spatial layout and integration of electrical systems.

2. Key technologies and design points

(1) Electrical design

Waterproof and safe: Use electrical equipment with IP65 or higher protection level, cables must be in waterproof casing, and grounding protection must be strict.

Intelligent control: Rainwater sensing system (automatically shuts off non-essential power), LED ambient lighting, remote monitoring, etc. can be added.

New energy integration: If it is a green project, solar panels (on the top of the container) can be used to power the garden.

(2) Container transformation

Structural reinforcement: When cutting openings, the load-bearing parts must be retained, and the exterior must be painted with anti-corrosion materials (such as marine paint).

Insulation and moisture-proofing: An insulation layer (such as rock wool) is installed inside, and a moisture-proof mat is laid on the ground.

Modular layout: The container can be designed as an equipment room, control room, or landscape rest area.

(3) Rain garden design

Drainage system: Slope design and underground drainage to avoid water accumulation; plant waterlogging-resistant plants (such as moss and ferns).

Interactive elements: Combine electrical design with flowing water lighting and fog forest system to enhance the atmosphere in the rain.