/* ============================================================ SYMPHO · K'IN — operación Monitoreo · Calidad de energía · Analítica · DER · Alertas ============================================================ */ // ------------------------------------------------------------ // MONITOREO Y TELEMETRÍA (PRD §12.3) // ------------------------------------------------------------ function KinMonitor({ role }) { const L = window.KIN_LIVE; const tgd = window.KIN_HIER[0]; const [drill, setDrill] = useState(tgd.children[0]); return (
red solar punta
} />
{tgd.children.filter(c => c.kind !== "DER").map(c => ( ))}
{drill.name}en vivo
{(drill.children || []).map((c, i) => ( ))}
Circuito / cargaFPUtilizaciónDemanda
{c.name} {c.pf.toFixed(2)}
{c.kw} kW
); } // ------------------------------------------------------------ // CALIDAD DE ENERGÍA (PRD §12.3) // ------------------------------------------------------------ function KinQuality({ role }) { const L = window.KIN_LIVE; return (
Calidad por tablero
{window.KIN_QUALITY.map((q, i) => ( ))}
TableroFPTHD-IDesbalanceTensiónEstado
{q.panel} {q.pf.toFixed(2)} 7 ? "var(--bad)" : "var(--text-2)" }}>{q.thd}% {q.imbalance}% {q.volt} V
{window.KIN_HARMONICS.map((h, i) => (
{h.v}%
5} style={{ height: (h.v/8*100)+"%" }} /> {h.h}
))}
THD-I 8.2% supera el umbral de 8.0%

K'in recomienda filtro de armónicos. Reduce THD a <5% y alarga la vida del transformador.

); } // ------------------------------------------------------------ // ANALÍTICA ENERGÉTICA (PRD §12.4) // ------------------------------------------------------------ function KinAnalytics({ role }) { const B = window.KIN_BASELINE; const max = Math.max(...B.baseline, ...B.real); return (
({ ...d, n: d.pct }))} size={150} thickness={18} center={<>
612
MWh
} />
{window.KIN_DISAGG.map(d => (
{d.load} {d.pct}%
))}
−2.8% vs base} />
{B.real.map((v, i) => (
))}
{B.labels.filter((_,i)=>i%2===0).map(l => {l})}
línea base bajo base
Desperdicio detectadomodelos no supervisados
{window.KIN_WASTE.map((w, i) => (
{w.title}

{w.detail}

{kinMoney(w.mxn)}
{w.kwh.toLocaleString("es-MX")} kWh/mes · {Math.round(w.conf*100)}% conf.
))}
); } // ------------------------------------------------------------ // DER Y ALMACENAMIENTO (PRD §12.6) // ------------------------------------------------------------ function KinDER({ role }) { const D = window.KIN_DER; const max = Math.max(...D.dispatch.map(Math.abs)); return (
{D.dispatch.map((v, i) => (
0?"carga":"descarga"} ${Math.abs(v)} kW`}>
= 0 ? "flex-end" : "flex-start", height: "100%" }}> {v >= 0 ?
:
}
))}
carga (kW) descarga (kW)
Reserva para respaldo crítico{D.battery.reserveCritical}%

La descarga respeta umbrales de SoH y reserva de respaldo (interlock de seguridad).

); } // ------------------------------------------------------------ // ALERTAS Y RIESGO (PRD §12.9) — orden de trabajo → Zamná // ------------------------------------------------------------ function KinAlerts({ role }) { const nav = useNav(); const [filter, setFilter] = useState("all"); const alerts = window.KIN_ALERTS.filter(a => filter === "all" ? true : filter === "open" ? a.state !== "Cerrada" : a.sev === "crit"); const sevLabel = { crit: "crítica", high: "alta", med: "media", low: "baja" }; return (
{[["all","Todas"],["open","Abiertas"],["crit","Críticas"]].map(([id,l]) => ( ))}
{alerts.length} alertas
{alerts.map(a => (
{sevLabel[a.sev]} {a.title} {a.id}

{a.detail}

{a.node} · {a.time}
{a.wo ? : a.state === "Abierta" && }
))}
); } Object.assign(window, { KinMonitor, KinQuality, KinAnalytics, KinDER, KinAlerts });