// solar-calc-supporting.jsx
// Supporting sections below the calculator:
// 03 · How It Works (Paper White, 3-column flow)
// 04 · Proof Projects (Paper Cream, 3 cards: Ce De Candy, Vicwest, Pinacle)
// 05 · FAQ (Paper White, sage accent — deviating from spec's dark per brief)
// 06 · Closing CTA (Soft Green — the one dark section, anchor back to calc)
//
// Sage accent throughout. Amber appears only on the incentive band inside
// the calculator's results. No additional amber down-page.
// ============================================================
// 03 · HOW IT WORKS — Paper White, 3 columns w/ connecting line
// ============================================================
const ScHowItWorks = () => {
const steps = [
{
icon: 'clipboard-check',
title: 'Assessment',
body: 'We review your energy profile — consumption, demand, and the full facility efficiency picture before recommending a system size.',
meta: 'No-cost utility review'
},
{
icon: 'pencil-ruler',
title: 'Design & Incentives',
body: 'A tailored system sized to your annual consumption profile, with a full incentive plan — federal ITC, provincial programs, and financing options.',
meta: 'Bankable financial model'
},
{
icon: 'wrench',
title: 'Installation & Beyond',
body: 'One team from permitting through commissioning. The same project lead manages your installation and supports your facility for the system\u2019s life.',
meta: 'Single point of contact'
}
];
return (
{/* Dashed sage connector line behind the cards */}
{steps.map((s, i) => (
{/* Badge — circular, sits over the connector line */}
);
};
// ============================================================
// 05 · FAQ — Paper White, sage accent. Six AIO-targeted questions.
// Accordion. First answer open by default for SEO/AIO body content.
// ============================================================
const ScFAQ = () => {
const [open, setOpen] = React.useState(0);
const items = [
{
q: 'How much can commercial solar reduce electricity costs in Canada?',
a: 'Commercial solar typically reduces electricity costs by 40% to 99% annually, depending on facility size, roof availability, and annual consumption. Across the Green Integrations portfolio, completed C&I projects offset between two-thirds and full annual load — Ce De Candy reached near-complete offset at 90,000 sq ft, while smaller facilities commonly sit in the 60–80% range.'
},
{
q: 'How is commercial solar system size calculated?',
a: 'Commercial solar system size is calculated against a facility\u2019s annual electricity consumption profile — not peak daytime load. We total 12 months of utility data, divide by the provincial irradiance factor (kWh per kWp per year), and design a system sized to offset that annual consumption. Roof area, structural capacity, and shading are then layered in.'
},
{
q: 'What incentives are available for commercial solar in Canada in 2026?',
a: 'The primary federal incentive is the Clean Technology Investment Tax Credit — a refundable credit of 30% of eligible capital costs. Provincial programs layer on top: IESO saveONenergy in Ontario, BC Hydro Net Metering, Hydro-Québec programs, and others. CCA Class 43.2 also allows accelerated depreciation. Stacking these is where significant project value lives.'
},
{
q: 'What payback period should I expect for commercial solar in Canada?',
a: 'Commercial solar projects in Canada typically achieve payback in 4.6 to 7.6 years, based on completed C&I installations across the GI portfolio. Variables that move the number: provincial electricity rate, irradiance, system size relative to consumption, and which incentives the project qualifies for. High-rate provinces (NS, SK, NB) often sit at the shorter end of the range.'
},
{
q: 'Should a commercial facility review energy efficiency before installing solar?',
a: 'For facilities targeting 100% or more solar offset, reviewing the full energy picture before sizing a system improves cost accuracy. Conservation measures — LED retrofits, mechanical upgrades, controls — lower the consumption baseline. A smaller system on an optimised baseline is cheaper than a larger system on a wasteful one. Not every project needs this; for partial-offset installs, solar can move first.'
},
{
q: 'How accurate is this commercial solar savings calculator?',
a: 'This calculator provides a directional estimate based on your monthly electricity bill, province, and facility type. It uses provincial averages for utility rate and irradiance, applies a simplified cost band ($2,600–$3,200 per kW installed), and assumes a typical commercial offset range. A site-specific analysis — using your actual consumption data, satellite roof modelling, and rate-tariff structure — is where bankable numbers come from.'
}
];
return (
);
};
// ============================================================
// 06 · CLOSING CTA — Soft Green (the one dark moment on the page).
// Anchors back to the calculator card.
// ============================================================
const ScClosingCTA = ({ scrollToCalc }) => (
Ready to start
Ready to see what solar could do for your facility?
350+ commercial projects completed across Canada. Start with your
estimate — it takes under two minutes.