{/* PV Array */}

Solar PV Array

{fault ? "DEGRADED" : "NOMINAL"}

INSTANT v.toFixed(1)} />

{(snap.pv / 47.4 * 100).toFixed(0)}% of nameplate

PERFORMANCE RATIO v.toFixed(0)} />

vs expected for GHI/temp

STRINGS · 6 OF 6 DC INPUT · A

{[ { id: "S1", v: 582, a: 9.2, ok: true }, { id: "S2", v: 579, a: 9.1, ok: true }, { id: "S3", v: 584, a: 9.3, ok: true }, { id: "S4", v: fault?0:581, a: fault?0:9.0, ok: !fault }, { id: "S5", v: fault?0:580, a: fault?0:9.1, ok: !fault }, { id: "S6", v: 578, a: 9.0, ok: true }, ].map(s => (

{s.id} {!s.ok && ⚠}

{s.v}V

{s.a}A

))}

{/* BESS */}

Battery Energy Storage

HEALTHY

0 ? `CHARGING ${snap.battery.toFixed(1)} kW` : snap.battery < 0 ? `DISCHARGING ${Math.abs(snap.battery).toFixed(1)} kW` : "IDLE"} />

STRINGS · 4 OF 4 CELL BALANCE

{["A","B","C","D"].map((l, i) => { const v = [soc + 0.8, soc - 1.2, soc + 0.4, soc - 0.3][i]; return (

BANK {l} {v.toFixed(1)}% 24.{i+1}°C

); })}

{/* Inverters */}

Inverters · 2 Units

{fault?"1 FAULT":"ALL ONLINE"}

{["UNIT","MODEL","STATE","DC POWER","AC POWER","EFF","TEMP","DC V","GRID HZ","PF","UPTIME"].map(c => ( ))} {[ { id: "INV-1", model: "STP 25000TL", state: "RUNNING", dc: snap.pv * 0.52, ac: snap.pv * 0.50, eff: 98.4, temp: 42, v: 582, hz: 50.02, pf: 0.99, up: "412d 08h" }, { id: "INV-2", model: "STP 25000TL", state: fault?"FAULT":"RUNNING", dc: fault?0:snap.pv * 0.52, ac: fault?0:snap.pv * 0.50, eff: fault?0:98.2, temp: fault?"--":44, v: fault?0:580, hz: fault?"--":50.02, pf: fault?"--":0.98, up: fault?"0d 00h":"412d 08h" }, ].map((i, idx) => ( ))}

{c}
{i.id}	{i.model}	{i.state}	{typeof i.dc === "number" ? i.dc.toFixed(1) + " kW" : i.dc}	{typeof i.ac === "number" ? i.ac.toFixed(1) + " kW" : i.ac}	{i.eff ? i.eff.toFixed(1) + "%" : "--"}	{typeof i.temp === "number" ? i.temp + "°C" : i.temp}	{i.v \|\| "--"}	{i.hz}	{i.pf}	{i.up}