lisolarenergy

Lithium — Power for life

A multi-page marketing site and quote funnel for Lithium LLC (Yucaipa, CA): solar, battery backup, panel upgrades and EV charging. Built by Code Bunny as a redesign preview of lisolarenergy.com.

public/ is the finished site: plain HTML, CSS and JS with no server code. Upload that folder to any static host (Netlify, Vercel, Cloudflare Pages, S3, cPanel). On Netlify, connect this repo and it deploys public/ automatically (see netlify.toml).

Pages

Page What it does
index.html Home: live WebGL sun hero, instant savings estimator, pinned 6-step process, benefits, testimonials, FAQ
residential.html Home solar, battery backup, main panel upgrades, EV charging, why storage matters under NEM 3.0
commercial.html Business solar, backup, electrical upgrades, EV charging, subcontracting for contractors
process.html The six steps with typical timing and what the customer does at each one
savings.html Full calculator with editable assumptions, 25-year cost chart (hover + table view)
about.html Story, values, expertise, equipment partners
quote.html 7-step quote funnel: live estimate, autosave and resume, ZIP check, site-visit time request, confirmation with tracking code and calendar file
track.html Project tracker: look up a project by code + ZIP. Includes a sample project (LI-SAMPLE, ZIP 92399)
contact.html Phone, email, map card, contact form
privacy.html, 404.html Privacy notice and not-found page

Run it locally

cd public
python3 -m http.server 8080

Then open http://localhost:8080.

Editing content

Pages are written in src/pages/*.html and share the header, footer and closing call-to-action from src/partials/. After editing, rebuild from the repo root:

node build.mjs

That writes the finished pages into public/. CSS, JS, images and fonts live directly in public/assets/ and need no build.

Going live: connect the forms

Edit public/assets/js/config.js:

The quote payload includes: tracking code, property type, monthly bill, goals, ownership, roof shade, timeline, address, requested day and time window (or “call me first”), name, phone, email, preferred contact method, and the estimate.

Savings model

public/assets/js/calc.js holds every assumption: rate $0.34/kWh, 5.6 peak sun hours, 80% system efficiency, $3.10/W installed, 3% yearly utility increase, 0.5% yearly panel degradation, 410 W panels. All results are labeled as estimates before incentives.

Motion and accessibility

Credits