ubc-solar-physics 1.7.3

UBC Solar's Simulation Environment

UBC Solar Physics

UBC Solar's physics and environment models for simulating our groundbreaking solar cars.

The API is currently unstable, and backwards compatibility may not be maintained.

Requirements

Versions indicated are recommended

• Git [^1]
• Python >=3.9 [^2]
• Rustc >=1.79.0 [^3]
• Cargo >=1.79.0 [^4]

Installation

First, clone this repository.

git clone https://github.com/UBC-Solar/physics.git

Then, create and activate a virtual environment. Next, install dependencies in editable mode.

pip3 install -e .

Getting Started

Example of calculating solar arrays produced energy

from physics.models.arrays import BasicArray
import numpy as np

efficiency = 0.25  # 25.0% efficient
panel_size = 4.0   # 4.0m^2 of panels
tick = 1.0         # 1.0s interval

arrays = BasicArray(panel_efficiency=efficiency, panel_size=panel_size)

irradiance = np.full([5], 400.0)  # 10 seconds of 400.0W/m^2 irradiance

solar_power_produced = arrays.calculate_produced_energy(solar_irradiance=irradiance, tick=tick)

assert np.array_equal(solar_power_produced, np.array([400.0, 400.0, 400.0, 400.0, 400.0]))

Appendix

[^1]: use git --version to verify version

[^2]: use python3 --version to verify version

[^3]: use rustc --version to verify version

[^4]: use cargo --version to verify version