Energy systems.
Built for continuous food production.
{/* Subhead + CTAs */}
Food and beverage facilities operate around refrigeration loads, sanitation
schedules, HACCP requirements, and continuous production demands. We plan
and implement energy programs around those operational constraints.
{/* /display:none wrapper covers legacy vitals AND facility photo */}
);
// ============================================================
// FnbExecSummary — Paper White · 3 takeaways
// ============================================================
const FnbExecSummary = () => {
const points = [
{
n: '01',
head: 'Refrigeration is the load.',
body: 'In food & beverage facilities, refrigeration compressors typically drive 40–60% of facility electricity load. Energy programs are designed around that profile, not against it.',
},
{
n: '02',
head: 'HACCP-aware sequencing.',
body: 'Lighting, HVAC, and electrical work are sequenced around production schedules and food safety windows. Retrofits that disrupt production or compromise compliance are worse than no retrofit.',
},
{
n: '03',
head: '24/7 operation favours solar.',
body: 'Continuous operation means more daytime hours to offset with rooftop generation. Battery storage extends solar value into overnight refrigeration cycles.',
},
];
return (
Executive summary
Three things to take from this brief.
~ 90 SEC READ
{points.map((p, i) => (
{p.n}Takeaway
))}
);
};
// ============================================================
// I02 · FnbChallenge — ACCENT SOFT (light tinted green).
// Body left + technical "round-the-clock load" diagram right.
// ============================================================
const FnbLoadProfileDiagram = () => {
// 24h profile: continuous refrigeration baseline, daytime production peaks, overnight refrigeration peaks
// viewBox 1200x320
// base refrigeration line — almost flat with mild fluctuation
const refrigPath = "M 0 200 C 60 198, 120 202, 180 200 C 240 198, 300 196, 360 198 C 420 200, 480 198, 540 196 C 600 194, 660 196, 720 198 C 780 200, 840 198, 900 196 C 960 194, 1020 196, 1080 198 C 1140 200, 1180 199, 1200 200";
// total load = refrigeration + production peaks during day + cleaning cycle late night
const totalPath = "M 0 220 L 80 218 L 160 215 L 240 200 L 320 160 L 400 110 L 480 80 L 560 75 L 640 95 L 720 110 L 800 120 L 880 135 L 960 155 L 1040 175 L 1080 165 L 1120 145 L 1160 175 L 1200 215";
const totalArea = totalPath + " L 1200 320 L 0 320 Z";
return (
Total facility load
Refrigeration (continuous)
Daytime production window
);
};
const FnbChallenge = () => (
The challenge
Energy in food facilities is not like energy anywhere else.
Continuous operation, refrigeration compressors that cycle around the clock,
and HACCP requirements that gate when work can happen — three constraints
that shape every decision in the energy program.
{/* Three constraint exhibits */}
{/* Constraint A — Refrigeration */}
Constraint A
Refrigeration loads that cannot be turned off.
40–60%
of facility electricity load in a typical food facility.
Compressors cycle continuously regardless of schedule, tariff period, or solar output.
The energy is unavoidable —
{' '}but the demand-charge component is often addressable through scheduling and storage.
Lighting upgrades, HVAC modifications, and electrical work that could affect
temperature control require careful sequencing.
A retrofit that disrupts production
is worse than no retrofit at all.
{/* Constraint C — Roof opportunity */}
OpportunitySector strength
Among the best rooftop solar conditions in C&I.
87.3%
best in-sector solar offset · Rabba Fine Foods, Mississauga.
Processing plants, distribution centres, and retail sites typically have large,
uninterrupted rooftops.
The opportunity is
significant — the execution requires sector-specific planning.
{/* Closing argument */}
The opportunity is significant. The execution requires
sector-specific planning.
);
// ============================================================
// I03 · FnbApproach — PAPER CREAM. Three vertical pillars.
// ============================================================
const FnbApproachPillar = ({ num, icon, title, body, links, last }) => (
);
const FnbApproach = () => {
const pillars = [
{
num: '01', icon: 'lightbulb',
title: "Identify what's addressable without touching the process.",
body: 'Lighting across production areas, corridors, warehousing, and office spaces can typically be upgraded without production downtime. Food-safe LED retrofits in food manufacturing consistently deliver 60%+ energy reduction on the lighting system — and demand reduction on every billing month.',
links: [
{ label: 'LED Lighting', href: '/solutions/led-lighting/' },
{ label: 'Energy Audits', href: '/solutions/energy-audits/' },
],
},
{
num: '02', icon: 'sun',
title: 'Size generation to the optimised load.',
body: 'For facilities where full or near-full electricity offset is achievable, we look at efficiency improvements and solar together. Sunny Crunch Foods in Markham operates a 593 kW rooftop system generating 613,400 kWh annually. Rabba Fine Foods operates two systems — 137 kW and 1,270 kW — across two Mississauga locations.',
links: [
{ label: 'Commercial Solar', href: '/solutions/commercial-solar/' },
],
},
{
num: '03', icon: 'battery-charging',
title: 'Manage refrigeration demand without touching the cold chain.',
body: 'Battery storage and load scheduling reduce the demand-charge exposure from refrigeration cycling. IESO demand response participation turns storage into a revenue asset on top of the demand savings — without altering the production schedule or the cold-chain temperature envelope.',
links: [
{ label: 'Battery Storage', href: '/solutions/battery-storage/' },
],
},
];
return (
Our approach
Around your process. Not despite it.
Every energy program in food and beverage is planned around the facility's
production schedule, food-safety requirements, and utility structure.
Sequencing matters.