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dsh-led-circuit

Client Updated 2026.08.20

Run the following command in DeepSeek Harness:

dsh plugin install uckkk/dsh-led-circuit

Paste the following prompt into your AI chat to install this plugin:

Run dsh plugin install uckkk/dsh-led-circuit in the terminal to install the plugin; the source repository is https://github.com/uckkk/dsh-led-circuit . After installation, invoke the registered tool in a session to perform lighting circuit calculations.

About this plugin

Designing a lighting circuit means juggling conductor size, voltage drop, load balance, and conduit specification all at once, and hand-calculating each step is both tedious and error-prone. dsh-led-circuit wraps this workflow into a single callable tool: feed in lamp wattage, run length, conductor cross-section, and related parameters, and it walks through the standard electrical formulas to return a detailed result set covering current, voltage drop, and recommended conduit size in one pass.

The entire implementation is written in plain Node.js with zero network calls and no dependency on any third-party runtime services. It runs reliably in fully offline sandboxes or air-gapped intranets, and every figure in the output is produced by local logic alone, free from API deprecations, rate limits, or external outages.

The plugin is aimed at electrical designers, lighting consultants, construction teams, and DIY hobbyists who need a quick, standards-compliant circuit calculation. Once registered in a session, invoke the tool with your parameters and receive a structured result, with no extra services to spin up and no manual formula lookups required.

Use Cases

  • Verify circuit current, voltage drop, and conductor size when designing a lighting scheme
  • Confirm line parameter selection and generate a detailed calculation sheet before construction
  • Complete electrical calculations independently in fully offline or air-gapped intranet environments

Best For

  • Electrical and lighting designers
  • Construction and M&E installation teams
  • Electrical engineering students or DIY enthusiasts