// fnb-v2.jsx // Food & Beverage Industry Page — restructured v2 // Flow: Hero → Operational Reality → Incentives → Solutions // → Featured Project → Discovery Process → FAQ → CTA // Style follows the Partners page rhythm: minimal, real imagery, clean grid. // ============================================================ // FnbHeroV2 — Wise Blue. Single-view hero (label/title/subtitle/desc/buttons // must be visible on load — no vitals ribbon, no full-bleed image below). // Opens with "Industries / Food & Beverage" breadcrumb (no "Industry Brief"). // ============================================================ const FnbHeroV2 = () => (
{/* Breadcrumb / running header */}
Sector 03 / 06
Industries · Food & Beverage

Energy infrastructure for food & beverage facilities.{' '} Built around the process.

High consumption. Continuous operation. Tight margins.

We work with Ontario food manufacturers, processors, and distributors to reduce operating costs through solar, storage, lighting, and electrical upgrades — planned around production schedules and refrigeration loads.

e.currentTarget.style.background = 'rgba(255,255,255,0.92)'} onMouseOut={(e) => e.currentTarget.style.background = '#fff'}> Start your assessment See our projects →
{/* Hero image — real F&B project photo */}
Rabba Fine Foods 1,270 kW rooftop solar installation in Mississauga, Ontario — a Green Integrations project
); // ============================================================ // FnbReality — Operational Reality / Why energy matters in F&B // Paper Cream. Title left + 4 cards in a row to the right. // ============================================================ const FnbReality = () => { const points = [ { n: '#1', head: 'High consumption. High energy cost.', body: 'Food manufacturing facilities operate with large electrical loads that run continuously — especially refrigeration, processing, and ventilation systems.', }, { n: '#2', head: 'Electricity costs continue to rise.', body: 'High-consumption facilities are increasingly exposed to rising utility rates, demand charges, and long-term energy cost volatility.', }, { n: '#3', head: 'Margins are tight.', body: 'Rising operating costs directly impact profitability in competitive food manufacturing and distribution environments.', }, { n: '#4', head: 'Energy infrastructure is cost control.', body: 'Solar, storage, lighting, and electrical upgrades help reduce operating costs and improve long-term energy predictability.', }, ]; return (
{/* Title block — left */}
Operational reality

Why energy matters in food & beverage.

{/* Four reality cards */}
{points.map((p) => (
{p.n} Reality

{p.head}

{p.body}

))}
); }; // ============================================================ // FnbIncentivesV2 — moved up. Wise Blue. Lighter, cleaner version of the // existing incentives table. // ============================================================ const FnbIncentivesV2 = () => { const rows = [ { cat: 'Federal', qty: 'Up to 30%', name: 'Clean Technology Investment Tax Credit', body: 'Refundable tax credit on eligible solar, battery storage, and electrification capital. Applies regardless of the facility\u2019s current tax position in the claim year.' }, { cat: 'Provincial', qty: '$860 per kW', name: 'Save On Energy Rebate', body: '$860 per kW-AC of installed capacity — or 50% of total project costs, whichever is less — up to a maximum of $860,000 per project. On a ~1 MW-AC rooftop, that\'s hundreds of thousands in direct rebate.' }, { cat: 'Federal', qty: '100% CCA', name: 'Enhanced First Year Capital Cost Allowance', body: 'Accelerated depreciation on eligible clean energy investments — improving first-year cash flow in the year of installation.' } ]; return (
{rows.map((r, i) => (
0{i+1}
{r.qty}

{r.name}

{r.body}

))}
); }; // ============================================================ // FnbSolutionsV2 — 5-step solution flow (per spec). // 01 Energy Audits → 02 LED → 03 Solar PV → 04 Battery → 05 Electrical Infra. // "Understand → Reduce → Generate → Manage peaks → Build long-term." // Paper Cream background, clean rows, real photography on each. // ============================================================ const FnbSolutionsV2 = () => { const rows = [ { idx: '01', kicker: 'Energy Audits', title: 'Identify what\u2019s driving consumption.', body: 'Facility energy audits establish where electricity is being consumed, what systems drive demand charges, and which upgrades create the strongest operational and financial impact.', img: `${window.GI_BASE}assets/projects/energy-audit.webp`, href: '/solutions/energy-audits/', }, { idx: '02', kicker: 'LED Lighting', title: 'Reduce baseline demand.', body: 'LED retrofits reduce lighting load immediately while improving illumination levels in production, warehousing, and refrigerated environments.', img: `${window.GI_BASE}assets/projects/led-lift-install.jpg`, href: '/solutions/led-lighting/', }, { idx: '03', kicker: 'Solar PV', title: 'Offset daytime production demand.', body: 'Large rooftops and continuous daytime operation make many food facilities strong candidates for rooftop solar generation.', img: `${window.GI_BASE}assets/projects/sunny-crunch-aerial.jpg`, href: '/solutions/commercial-solar/', }, { idx: '04', kicker: 'Battery Storage', title: 'Manage refrigeration-driven demand peaks.', body: 'Battery storage helps reduce demand charges by supplementing refrigeration and processing loads during peak utility intervals.', img: `${window.GI_BASE}assets/solar-battery-storage.webp`, href: '/solutions/battery-storage/', }, { idx: '05', kicker: 'Electrical Infrastructure', title: 'Build around future capacity.', body: 'Service upgrades, distribution planning, and electrical coordination ensure the facility can support future expansion, storage, and electrification.', img: `${window.GI_BASE}assets/projects/vicwest-mississauga-winter.jpg`, href: '/about/contact/', }, ]; const flow = [ 'Understand the facility', 'Reduce load', 'Generate power', 'Manage peaks', 'Build long-term infrastructure', ]; return (
{/* Flow rail */}
The story
{/* Rows */}
{rows.map((r, i) => ( {r.idx} —
{r.kicker {r.kicker}
{r.kicker}

{r.title}

{r.body}

))}
); }; // ============================================================ // FnbCaseStudyV2 — Featured Project (without the IMPACT plate). // Sunny Crunch, 593 kW · Markham, ON. // ============================================================ const FnbCaseStudyV2 = () => { // ----- Slider images for the Sunny Crunch project ----- // Trimmed to 4 representative aerials so the thumbnail strip stays readable. // Drop replacement files into /assets/projects/sunny-crunch/ and update src + alt. // Order = display order. Slide 01 is shown on page load. const slides = [ { label: 'Construction In Progress', caption: '593 kW · 200 Shields Court · Markham, ON', src: `${window.GI_BASE}assets/projects/sunny-crunch/sunny-crunch_01.webp`, alt: 'Sunny Crunch Foods, Markham — 593 kW rooftop solar installation, aerial view', }, { label: 'Sunny Crunch · Racking Completed', caption: '593 kW · 200 Shields Court · Markham, ON', src: `${window.GI_BASE}assets/projects/sunny-crunch/sunny-crunch_02.webp`, alt: 'Sunny Crunch Foods — rooftop array, aerial view 02', }, { label: 'Sunny Crunch · Electrical', caption: '593 kW · 200 Shields Court · Markham, ON', src: `${window.GI_BASE}assets/projects/sunny-crunch/sunny-crunch_03.webp`, alt: 'Sunny Crunch Foods — rooftop array, aerial view 03', }, { label: 'Sunny Crunch · Inverter', caption: '593 kW · 200 Shields Court · Markham, ON', src: `${window.GI_BASE}assets/projects/sunny-crunch/sunny-crunch_04.webp`, alt: 'Sunny Crunch Foods — rooftop array, aerial view 04', }, ]; const [slideIdx, setSlideIdx] = React.useState(0); const total = slides.length; const slide = slides[slideIdx]; const go = (n) => setSlideIdx(((n % total) + total) % total); const stats = [ { big: '593 kW', label: 'DC system size', sub: '1,236 × Hanwha Q Cells 480W' }, { big: '613,400', label: 'kWh generated annually', sub: 'Across the 30-year model' }, { big: '35.2%', label: 'Solar offset achieved', sub: 'Limited by refrigeration scale' }, { big: 'Dec 2023', label: 'Commercial operation', sub: '17 × Fronius Symo 24kW' }, ]; const spec = [ { l: 'Location', v: '200 Shields Court, Markham, ON' }, { l: 'System size', v: '593.3 kW DC / 408 kW AC' }, { l: 'Modules', v: '1,236 × Hanwha Q Cells 480W' }, { l: 'Inverters', v: '17 × Fronius USA Symo 24kW' }, { l: 'Racking', v: 'TerraGen' }, { l: 'Commissioned', v: 'December 2023' }, ]; const also = [ { name: 'Rabba Fine Foods · 260 Brunel', loc: 'Mississauga, ON', size: '137 kW DC', off: '87.3% solar offset', com: 'Commissioned December 2023' }, { name: 'Rabba Fine Foods · 5876 Coopers', loc: 'Mississauga, ON', size: '1,270 kW DC', off: '67.2% solar offset', com: 'Commissioned August 2024' }, { name: 'Gerber Meats Ltd.', loc: 'Millbank, ON', size: '86 kW DC', off: '89.2% solar offset', com: 'Commissioned June 2024' }, { name: 'Ce De Candy', loc: 'Newmarket, ON', size: '966 kW DC', off: '100% solar offset', com: 'Commissioned August 2025' }, ]; return (
{/* ===== SLIDER ===== */}
{slides.map((s, i) => (
{s.alt}
))} {/* Photo location/spec strip */}
{/*
200 SHIELDS COURT · MARKHAM, ON
*/}
{/* Slide caption (bottom) */} {/*
{slide.label} {slide.caption}
*/} {/* Prev / Next */}
{/* Thumbnail strip */}
{slides.map((s, i) => ( ))}
{/* Results */}
Project results
{stats.map((s, i) => (
0 ? 28 : 0, borderRight: i < stats.length - 1 ? '1px solid rgba(15,33,51,0.14)' : 'none', }}>
{s.big}
{s.label}
{s.sub}
))}
{/* Spec + Also-in-sector */}
System details · Sunny Crunch Foods
{spec.map((s, i) => (
{s.l}
{s.v}
))}
Also in this sector
    {also.map((p, i) => (
  • {p.name}
    {p.loc}
    {p.size} · {p.off} · {p.com}
  • ))}
); }; // ============================================================ // FnbDiscovery — Our Discovery Process. 3 steps. // Paper Cream. Headline left, paragraph right; then 3 step blocks. // ============================================================ const FnbDiscovery = () => { const step02bullets = [ 'demand-charge exposure', 'operating load profile', 'refrigeration-driven consumption', 'seasonal usage trends', 'potential solar and storage economics', ]; return (
Our discovery process

Start with a conversation.{' '} We’ll help identify what’s worth exploring.

Most food manufacturing facilities already have enough operational and utility data to identify meaningful energy-saving opportunities. The first step is understanding how the facility consumes power and where the strongest financial opportunities exist.

{/* Step 01 */}
STEP 01

Quick 20-minute discovery call.

We review your facility type, operating schedule, refrigeration profile, production constraints, and current energy concerns.

{/* Step 02 */}
STEP 02

12 months of utility bills.

Interval and utility billing data help identify:

    {step02bullets.map((b) => (
  • ))}
{/* Step 03 */}
STEP 03

Receive a facility opportunity overview.

We provide high-level insight into where solar, storage, lighting, electrical upgrades, or energy audits may create operational and financial value.

No commitment required.
); }; // ============================================================ // FnbHeroCover — full-bleed facility photo that sits directly under the hero. // Paper Cream surround. FIG · 01 caption rail above, image with corner ticks, // inset datasheet plate naming the reference facility. // ============================================================ const FnbHeroCover = () => (
Aerial view of expansive rooftop solar installation on a Rabba Fine Foods distribution facility in Mississauga, Ontario {/* Corner ticks */} {[ { top: 12, left: 12 }, { top: 12, right: 12 }, { bottom: 12, left: 12 }, { bottom: 12, right: 12 }, ].map((c, i) => (
); Object.assign(window, { FnbHeroV2, FnbHeroCover, FnbReality, FnbIncentivesV2, FnbSolutionsV2, FnbCaseStudyV2, FnbDiscovery });