UNPKG

@idm-plugin/ghg

Version:

idm plugin for greenhouse gas

1,530 lines • 64.4 kB

JavaScript

var w5 = Object.defineProperty; var N5 = (l, e, o) => e in l ? w5(l, e, { enumerable: !0, configurable: !0, writable: !0, value: o }) : l[e] = o; var Y = (l, e, o) => (N5(l, typeof e != "symbol" ? e + "" : e, o), o); import X from "@log4js-node/log4js-api"; import * as K from "@turf/turf"; let Q; typeof process < "u" && process.versions && process.versions.node && (Q = require("fs")); let W; try { W = X.getLogger("eu-ets"); } catch { } finally { } const j = class j { static async readBoundaries(e) { if (!Q) throw new Error("readBoundaries is only available in Node.js environment. Please use browser-compatible method to load boundaries data."); const o = Q.readFileSync(e, "utf-8"); return JSON.parse(o); } static async convert2Geojson(e) { const o = []; for (const r of e) { const n = r.bound; let a = n.at(-1); const c = n.at(-2); c[0] === a[0] && c[1] === a[1] && n.pop(); const i = n.at(0); a = n.at(-1), (i[0] !== a[0] || i[1] !== a[1]) && n.push(i); const s = n.map((u) => [u[1], u[0]]); o.push([s]); } return K.multiPolygon(o); } /** * Check if the port is in the EU MRV boundaries. * @param port 位置 * @param options * @returns true if the port is in the EU MRV boundaries. */ static async isInEU(e, o = {}) { const t = K.point([e.lng, e.lat]), r = K.booleanPointInPolygon(t, j.euMrvBoundaries, { ignoreBoundary: !1 }); return W == null || W.info("[%s] port(%j) is in-eu: %s", o.requestId, e, r), r; } /** * FuelEU delayed in Norway and Iceland(https://www.sdir.no/en/news/FuelEu_delayed_in_Norway/) * @param port 位置 * @param options * @returns true if the port is in the FuelEU exclude area. */ static async isFuelEUExclude(e, o = {}) { const t = K.point([e.lng, e.lat]), r = K.booleanPointInPolygon(t, j.fuelEuExclude, { ignoreBoundary: !1 }); return W == null || W.info("[%s] port(%j) is excluded from eu: %s", o.requestId, e, r), r; } }; Y(j, "boundaries", { type: "Feature", properties: {}, geometry: { type: "MultiPolygon", coordinates: [ [ [ [10.10742, 58.07788], [6.81152, 56.84897], [7.4707, 55.22902], [7.60254, 54.1367], [4.30664, 53.46189], [2.68066, 52.07951], [1.88965, 51.20688], [0.79102, 50.62507], [-0.13184, 49.86632], [-3.2959, 49.83798], [-5.75684, 48.40003], [-11.7334, 41.54148], [-9.66797, 35.88905], [-6.89941, 35.81781], [-5.81726, 35.9113], [-4.3396, 36.16449], [-0.41748, 36.75649], [4.72412, 38.09998], [9.82178, 37.77071], [11.5741, 37.20408], [12.01355, 36.4257], [12.48596, 35.24113], [19.75342, 35.56798], [25.33447, 33.50476], [32.65137, 33.4131], [35.17822, 34.84988], [35.37598, 36.26199], [31.94824, 35.58585], [28.93799, 35.83563], 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[11.45598, 58.98542], [11.41582, 59.03685], [11.3839, 59.08822], [11.33927, 59.1143], [11.30423, 59.10583], [11.18477, 59.08008], [11.15662, 59.08008], [11.10855, 59.00238], [11.07147, 58.97815], [10.91783, 58.94283], [10.88677, 58.94807], [10.74052, 58.95567], [10.35048, 58.97197] ] ], [ [ [-24.16992, 67.27203], [-26.80663, 64.77413], [-18.54492, 62.14498], [-9.31642, 63.62673], [-8.4375, 67.33987], [-18.28125, 68.39918], [-24.16992, 67.27203] ] ] ] } }); let _ = j, y; try { y = X.getLogger("eu-ets"); } catch { } finally { } const s5 = { 2024: 0.4, 2025: 0.7, 2026: 1 }; var m5 = /* @__PURE__ */ ((l) => (l[l.PROP5 = 0.99] = "PROP5", l[l.PROP10 = 0.97] = "PROP10", l[l.PROP15 = 0.95] = "PROP15", l[l.NONE = 1] = "NONE", l))(m5 || {}); const U = { MDO_Factor: { co2: 3.206, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0427, //MJ/g wtt: 14.4, //gCO2eq/MJ rwd: 1 }, MGO_Factor: { co2: 3.206, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0427, //MJ/g wtt: 14.4, //gCO2eq/MJ rwd: 1 }, HFO_Factor: { co2: 3.114, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0405, //MJ/g wtt: 13.5, //gCO2eq/MJ rwd: 1 }, LFO_Factor: { co2: 3.151, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.041, //MJ/g wtt: 13.2, //gCO2eq/MJ rwd: 1 }, LNG_OTTO_MEDIUM_SPD_Factor: { co2: 2.75, // gCO2/gFuel ch4: 0, n2o: 11e-5, cj: 3.1, // 燃料泄漏排放因子 lcv: 0.0491, //MJ/g wtt: 18.5 //gCO2eq/MJ }, LNG_OTTO_SLOW_SPD_Factor: { co2: 2.75, // gCO2/gFuel ch4: 0, n2o: 11e-5, cj: 1.7, // 燃料泄漏排放因子 lcv: 0.0491, //MJ/g wtt: 18.5 //gCO2eq/MJ }, LNG_DIESEL_SLOW_SPD_Factor: { co2: 2.75, // gCO2/gFuel ch4: 0, n2o: 11e-5, cj: 0.2, // 燃料泄漏排放因子 lcv: 0.0491, //MJ/g wtt: 18.5 //gCO2eq/MJ }, LNG_LBSI_Factor: { co2: 2.75, // gCO2/gFuel ch4: 0, n2o: 11e-5, cj: 2.6, // 燃料泄漏排放因子 lcv: 0.0491, //MJ/g wtt: 18.5 //gCO2eq/MJ }, ETHANE_Factor: { co2: 2.927, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0464, //MJ/g wtt: 18.5 //gCO2eq/MJ }, LPG_PROPANE_Factor: { co2: 3, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.046, //MJ/g wtt: 7.8 //gCO2eq/MJ }, LPG_BUTANE_Factor: { co2: 3.03, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.046, //MJ/g wtt: 7.8 //gCO2eq/MJ }, // LPG_Factor: { // co2: 3.03, // gCO2/gFuel // }, METHANOL_Factor: { co2: 1.375, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0199, //MJ/g wtt: 31.3 //gCO2eq/MJ }, CUSTOM_Factor: { co2: 3.114, // gCO2/gFuel ch4: 5e-5, n2o: 18e-5, lcv: 0.0405, //MJ/g wtt: 13.5, //gCO2eq/MJ E: 90.389, rwd: 1 } }, F = { CO2: 1, CH4: 28, N2O: 265 }, v = { CO2: 1, CH4: 25, N2O: 298 }; var T = /* @__PURE__ */ ((l) => (l.HFO = "HFO", l.LFO = "LFO", l.MGO = "MGO", l.MDO = "MDO", l.LNG_OTTO_MEDIUM_SPD = "LNG_OTTO_MEDIUM_SPD", l.LNG_OTTO_SLOW_SPD = "LNG_OTTO_SLOW_SPD", l.LNG_DIESEL_SLOW_SPD = "LNG_DIESEL_SLOW_SPD", l.LNG_LBSI = "LNG_LBSI", l.LPG_PROPANE = "LPG_PROPANE", l.LPG_BUTANE = "LPG_BUTANE", l.LNG = "LNG", l.METHANOL = "METHANOL", l.BIODIESEL = "BIODIESEL", l.ETHANE = "ETHANE", l))(T || {}), M5 = /* @__PURE__ */ ((l) => (l.EU_MRV_Non_EU = "Non EU", l.EU_MRV_Arrived_EU = "Arrived EU", l.EU_MRV_Departed_EU = "Departed EU", l.EU_MRV_Between_EU = "Between EU", l))(M5 || {}); class u5 { /** * 计算MRV (Monitoring/Reporting/Verification) 和 TTW (Tank to Wake) * @param cons 燃料消耗, 单位 mt * @param fc 排放因子, 单位 gGHG/gFuel * @param cj 燃料泄漏系数, 单位 % * @param lcv 燃料热值, 单位 MJ/g * @param ch4 是否是 CH4(甲烷) * @returns { * mrv, 燃料产生的温室气体排放量, 单位 mt * ttw, 燃料从Tank到Wake的温室气体排放常量, 单位 gGHG/gFuel * } */ static calculateMRV(e, o, t, r, n) { let a = 0, c = 0; return t ? n ? (a = e * (1 - t / 100) * o + e * (t / 100), c = ((1 - t / 100) * o + t / 100) / r) : (a = e * (1 - t / 100) * o, c = (1 - t / 100) * o / r) : (a = e * o, c = o / r), { mrv: a, ttw: c }; } /** *计算WtT (Well to Tank) GHG Intensity * @param factor * @returns WtT GHG Intensity, 单位 gCO2eq/MJ */ static calculateWtT(e) { let o = 0; return e.wtt ? o = e.wtt : e.E && e.lcv && (o = e.E - e.co2 / e.lcv), o; } /** * 计算 CO2 MRV (Monitoring/Reporting/Verification) * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param customFactor 自定义排放因子 * @param options 配置项 * @returns { mrv, ttw } */ static calculateCO2MRV(e, o, t, r = {}) { const n = U[`${o}_Factor`] || U.CUSTOM_Factor, a = (t == null ? void 0 : t.co2) || n.co2, c = (t == null ? void 0 : t.cj) || n.cj, i = (t == null ? void 0 : t.lcv) || n.lcv, { mrv: s, ttw: u } = this.calculateMRV(e, a, c, i || 0); return y == null || y.info("[%s] co2 emission: %j", r.requestId, { cons: e, type: o, factor: n, customFactor: t, mrv: s, ttw: u }), { mrv: Math.round(s * F.CO2 * 1e5) / 1e5, mrvGWP: F.CO2, ttw: Math.round(u * v.CO2 * 1e5) / 1e5, ttwGWP: v.CO2, fc: a, cj: c, lcv: i }; } /** * 计算 CH4 MRV (Monitoring/Reporting/Verification) * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param customFactor 自定义排放因子 * @param options 配置项 * @returns { mrv, ttw } */ static calculateCH4MRV(e, o, t, r = {}) { const n = U[`${o}_Factor`] || U.CUSTOM_Factor, a = (t == null ? void 0 : t.ch4) || n.ch4, c = (t == null ? void 0 : t.cj) || n.cj, i = (t == null ? void 0 : t.lcv) || n.lcv, { mrv: s, ttw: u } = this.calculateMRV(e, a || 0, c, i || 0, !0); return y == null || y.info("[%s] ch4 emission: %j", r.requestId, { cons: e, type: o, factor: n, customFactor: t, mrv: s, ttw: u }), { mrv: Math.round(s * F.CH4 * 1e5) / 1e5, mrvGWP: F.CH4, ttw: Math.round(u * v.CH4 * 1e5) / 1e5, ttwGWP: v.CH4, fc: a, cj: c, lcv: i }; } /** * 计算 N2O MRV (Monitoring/Reporting/Verification) * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param customFactor 自定义排放因子 * @param options 配置项 * @returns { mrv, ttw } */ static calculateN2OMRV(e, o, t, r = {}) { const n = U[`${o}_Factor`] || U.CUSTOM_Factor, a = (t == null ? void 0 : t.n2o) || n.n2o, c = (t == null ? void 0 : t.cj) || n.cj, i = (t == null ? void 0 : t.lcv) || n.lcv, { mrv: s, ttw: u } = this.calculateMRV(e, a || 0, c, i || 0); return y == null || y.info("[%s] n2o emission: %j", r.requestId, { cons: e, type: o, factor: n, customFactor: t, mrv: s, ttw: u }), { mrv: Math.round(s * F.N2O * 1e5) / 1e5, mrvGWP: F.N2O, ttw: Math.round(u * v.N2O * 1e5) / 1e5, ttwGWP: v.N2O, fc: a, cj: c, lcv: i }; } /** * 计算单一燃料的GHG MRV (Monitoring/Reporting/Verification) * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param year 年份 * @param price 碳税价格 * @param options * @return { * ghg, MRV需要报告的温室气体排放量，2024之后需要报告CO2, CH4, N2O, 单位 mt * ghg2, ETS需要报告的温室气体排放量，2026之后需要报告CO2, CH4, N2O, 单位 mt * euas, 需要交纳的EUAS份额, 2026年以后需全额交纳, 单位 mt * price, 碳税价格, 单位 €/tCO2, 常量 * year, 年份, 常量 * ratio, EUAS交纳比例, 常量 * cost, EUAS成本, 单位 € * energy, 燃料转能量, 计算fuelEU时使用, 单位 TJ * lcv, 燃料低位热值, 计算fuelEU时使用, 单位 MJ/g, 常量(不同燃料取值不同) * wtt, Well to Tank, 计算fuelEU时使用, 单位 gCO2eq/MJ, 常量(不同燃料取值不同) * ttw, Tank to Wake, 计算fuelEU时使用, 单位 gGHG/gFuel, 常量(不同燃料取值不同) * co2, CO2排放量, 单位 mt * ch4, CH4排放量, 单位 mt * n2o, N2O排放量, 单位 mt * } * @deprecated */ static calculateGHGMRV(e, o, t = 64.56, r = 2025, n = {}) { const a = this.calculateCO2MRV(e, o, n.factor, n), c = this.calculateCH4MRV(e, o, n.factor, n), i = this.calculateN2OMRV(e, o, n.factor, n), s = n.factor || U[`${o}_Factor`] || U.CUSTOM_Factor; let u = 0, R = 0; const f = this.getEUETSRatio(r); r >= 2026 ? R = a.mrv + c.mrv + i.mrv : R = a.mrv, r >= 2024 ? u = a.mrv + c.mrv + i.mrv : u = a.mrv, u = Math.round(u * 1e5) / 1e5, R = Math.round(R * 1e5) / 1e5; const N = Math.round(R * f * 1e5) / 1e5, G = Math.round(t * N * 100) / 100, m = Math.round(this.calculateWtT(s) * 1e5) / 1e5, w = Math.round((a.ttw + c.ttw + i.ttw) * 1e5) / 1e5, S = s.lcv || 0, M = Math.round(e * S * 1e5) / 1e5; return { ghg: u, ghg2: R, euas: N, price: t, year: r, ratio: f, cost: G, energy: M, lcv: S, wtt: m, ttw: w, co2: a, ch4: c, n2o: i }; } /** * 计算单一燃料的GHG MRV (Monitoring/Reporting/Verification) * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param year 年份 * @param price 碳税价格 * @param options * @return { * ghg, MRV需要报告的温室气体排放量，2024之后需要报告CO2, CH4, N2O, 单位 mt * ghg2, ETS需要报告的温室气体排放量，2026之后需要报告CO2, CH4, N2O, 单位 mt * euas, 需要交纳的EUAS份额, 2026年以后需全额交纳, 单位 mt * price, 碳税价格, 单位 €/tCO2, 常量 * year, 年份, 常量 * ratio, EUAS交纳比例, 常量 * cost, EUAS成本, 单位 € * co2, CO2排放量, 单位 mt * ch4, CH4排放量, 单位 mt * n2o, N2O排放量, 单位 mt * } */ static calculateSingleGHGMRV(e, o, t = 64.56, r = 2025, n = {}) { const a = this.calculateCO2MRV(e, o, n.factor, n), c = this.calculateCH4MRV(e, o, n.factor, n), i = this.calculateN2OMRV(e, o, n.factor, n), s = n.factor || U[`${o}_Factor`] || U.CUSTOM_Factor; let u = 0, R = 0; const f = this.getEUETSRatio(r); r >= 2026 ? R = a.mrv + c.mrv + i.mrv : R = a.mrv, r >= 2024 ? u = a.mrv + c.mrv + i.mrv : u = a.mrv, u = Math.round(u * 1e5) / 1e5, R = Math.round(R * 1e5) / 1e5; const N = Math.round(R * f * 1e5) / 1e5, G = Math.round(t * N * 100) / 100; return { ghg: u, ghg2: R, euas: N, price: t, year: r, ratio: f, cost: G, co2: a, ch4: c, n2o: i, factor: s }; } /** * 计算单一燃料的FuelEU * @param cons 油耗, 单位 mt * @param type 油耗类型 * @param options * @return { * energy, 燃料转能量, 计算fuelEU时使用, 单位 MJ * lcv, 燃料低位热值, 计算fuelEU时使用, 单位 MJ/g, 常量(不同燃料取值不同) * wtt, Well to Tank, 计算fuelEU时使用, 单位 gCO2eq/MJ, 常量(不同燃料取值不同) * ttw, Tank to Wake, 计算fuelEU时使用, 单位 gGHG/gFuel, 常量(不同燃料取值不同) * co2, CO2排放量, 单位 mt * ch4, CH4排放量, 单位 mt * n2o, N2O排放量, 单位 mt * } */ static calculateSingleFuelEU(e, o, t = {}) { const r = this.calculateCO2MRV(e, o, t.factor, t), n = this.calculateCH4MRV(e, o, t.factor, t), a = this.calculateN2OMRV(e, o, t.factor, t), c = t.factor || U[`${o}_Factor`] || U.CUSTOM_Factor, i = Math.round(this.calculateWtT(c) * 1e5) / 1e5, s = Math.round((r.ttw + n.ttw + a.ttw) * 1e5) / 1e5, u = c.lcv || 0; return { energy: Math.round(e * u * 1e5) / 1e5, lcv: u, wtt: i, ttw: s, rawTtw: { co2: r.ttw, ch4: n.ttw, n2o: a.ttw }, cons: e, factor: c }; } /** * 计算多燃料的GHG MRV * @param fuels 按类型分组油耗类型及消耗 * @param ek 岸电消耗能量，单位 kwh 1kwh = 3.6MJ * @param year 年份 * @param options */ static calculateMultiFuelEU(e, o = 0, t = 2025, r = {}) { o = o * 3.6 || 0; const n = { euets: { ...F }, fuelEU: { ...v } }, a = e.reduce((m, w) => { var d; const S = w.customFactor || w.factor, M = this.calculateSingleFuelEU(w.cons || w.consumption || 0, w.type, { requestId: r.requestId, factor: S }), C = m[w.type] || { energy: 0, energy2: 0, wttEmission: 0, ttwEmission: 0, wtwEmission: 0, cons: 0 }, b = Math.round((C.wttEmission + M.wtt * M.energy) * 1e5) / 1e5, P = Math.round((C.ttwEmission + M.ttw * M.energy) * 1e5) / 1e5, O = Math.round((C.wtwEmission + b + P) * 1e5) / 1e5; return m[w.type] = { cons: Math.round((C.cons + M.cons) * 1e5) / 1e5, // 累计能量, TJ energy: Math.round((C.energy + M.energy) * 1e5) / 1e5, // 累计能量, TJ, 使用rwd, 作为分母时使用 energy2: Math.round((C.energy2 + M.energy * (((d = M.factor) == null ? void 0 : d.rwd) || 1)) * 1e5) / 1e5, // 排放已计算，作为分母时要使用rwd wtt: M.wtt, wttEmission: b, ttw: M.ttw, ttwEmission: P, wtw: Math.round((M.wtt + M.ttw) * 1e5) / 1e5, wtwEmission: O, lcv: M.lcv, rawTtw: M.rawTtw, factor: M.factor, gwp: n }, m; }, {}), c = r.fwind || 1, i = Object.values(a).reduce( (m, w) => (m.wtt = Math.round((m.wtt + w.wtt) * 1e5) / 1e5, m.ttw = Math.round((m.ttw + w.ttw) * 1e5) / 1e5, m.energy = Math.round((m.energy + w.energy) * 1e5) / 1e5, m.energy2 = Math.round((m.energy2 + w.energy2) * 1e5) / 1e5, m.wtwEmission = Math.round((m.wtwEmission + w.wtwEmission) * 1e5) / 1e5, m.ttwEmission = Math.round((m.ttwEmission + w.ttwEmission) * 1e5) / 1e5, m.wttEmission = Math.round((m.wttEmission + w.wttEmission) * 1e5) / 1e5, m), { wtt: 0, ttw: 0, energy: 0, energy2: 0, wtwEmission: 0, wttEmission: 0, ttwEmission: 0 } ); let s = 0, u = 0, R = 0, f = 0, N = 0, G = 0; return t >= 2025 && (s = Math.round(i.wttEmission / (i.energy2 + o) * 1e5) / 1e5, u = Math.round(i.ttwEmission / (i.energy2 + o) * 1e5) / 1e5, R = Math.round(c * (s + u) * 1e5) / 1e5, f = this.calculateGHGITarget(t), N = Math.round((f - R) * (i.energy + o) * 1e8) / 1e8, G = N < 0 ? Math.round(Math.abs(N * 1e6) / (R * 41e3) * 2400) : 0), { year: t, fwind: c, energy: i.energy, energy2: i.energy2, ek: o, wtwEmission: Math.round((i.wttEmission + i.ttwEmission) * 1e5) / 1e5, wttGhgi: s, ttwGhgi: u, actualGhgi: R, targetGhgi: f, balance: N, penalty: G, fuels: a }; } /** * 计算多燃料的GHG MRV * @param fuels 按类型分组油耗类型及消耗 * @param year 年份 * @param price 碳税价格 * @param options */ static calculateMultiGHGMRV(e, o = 2025, t = 64.56, r = {}) { const n = { euets: { ...F }, fuelEU: { ...v } }, a = this.getEUETSRatio(o), c = e.reduce((s, u) => { const R = u.customFactor || u.factor, f = this.calculateSingleGHGMRV(u.cons || u.consumption || 0, u.type, t, o, { requestId: r.requestId, factor: R }), N = s[u.type] || { ghg: 0, ghg2: 0, euas: 0, cost: 0, cons: 0, co2: 0, ch4: 0, n2o: 0, factor: R, gwp: n }; return s[u.type] = { co2: Math.round((N.co2 + f.co2.mrv) * 1e5) / 1e5, ch4: Math.round((N.ch4 + f.ch4.mrv) * 1e5) / 1e5, n2o: Math.round((N.n2o + f.n2o.mrv) * 1e5) / 1e5, ghg: Math.round((N.ghg + f.ghg) * 1e5) / 1e5, ghg2: Math.round((N.ghg2 + f.ghg2) * 1e5) / 1e5, euas: Math.round((N.euas + f.euas) * 1e5) / 1e5, cost: Math.round((N.cost + f.cost) * 1e5) / 1e5, cons: Math.round((N.cons + (u.cons || u.consumption || 0)) * 1e5) / 1e5, factor: f.factor, gwp: n }, s; }, {}), i = Object.values(c).reduce( (s, u) => (s.ghg = Math.round((s.ghg + u.ghg) * 1e5) / 1e5, s.ghg2 = Math.round((s.ghg2 + u.ghg2) * 1e5) / 1e5, s.euas = Math.round((s.euas + u.euas) * 1e5) / 1e5, s.cost = Math.round((s.cost + u.cost) * 1e5) / 1e5, s.co2 = Math.round((s.co2 + u.co2) * 1e5) / 1e5, s.ch4 = Math.round((s.ch4 + u.ch4) * 1e5) / 1e5, s.n2o = Math.round((s.n2o + u.n2o) * 1e5) / 1e5, s), { ghg: 0, ghg2: 0, euas: 0, cost: 0, co2: 0, ch4: 0, n2o: 0 } ); return { year: o, price: t, ratio: a, ghg: i.ghg, ghg2: i.ghg2, euas: i.euas, cost: i.cost, fuels: c }; } /** * 计算MRV及FuelEU * @param fuels 按类型分组油耗类型及消耗 * @param year 年份 * @param price 碳税价格 * @param options * @deprecated */ static calculateGHGMRV2(e, o = 2025, t = 64.56, r = {}) { let n = 0, a = 0, c = 0, i = 0, s = 0, u = 0, R = 0; const f = /* @__PURE__ */ new Map(); for (const O of e) { const d = this.calculateGHGMRV(O.cons || O.consumption || 0, O.type, t, o, { requestId: r.requestId, factor: O.customFactor || O.factor }); n = Math.round((n + d.ghg) * 1e5) / 1e5, a = Math.round((a + d.ghg2) * 1e5) / 1e5, c = Math.round((c + d.euas) * 1e5) / 1e5, i = Math.round((i + d.cost) * 1e5) / 1e5, s = Math.round((s + d.energy) * 1e5) / 1e5, u = Math.round((u + d.wtt * d.energy) * 1e5) / 1e5, R = Math.round((R + d.ttw * d.energy) * 1e5) / 1e5; const E = f.get(O.type) || { cons: 0, ghg: 0, ghg2: 0, co2: 0, ch4: 0, n2o: 0, euas: 0, cost: 0, energy: 0, wtt: 0, ttw: { total: 0, co2: 0, ch4: 0, n2o: 0 }, lcv: 0, wtw: 0, type: O.type, wttEmission: 0, ttwEmission: 0, wtwEmission: 0 }; E.cons = Math.round((E.cons + (O.cons || O.consumption || 0)) * 1e5) / 1e5, E.ghg = Math.round((E.ghg + d.ghg) * 1e5) / 1e5, E.ghg2 = Math.round((E.ghg2 + d.ghg2) * 1e5) / 1e5, E.co2 = Math.round((E.co2 + d.co2.mrv) * 1e5) / 1e5, E.ch4 = Math.round((E.ch4 + d.ch4.mrv) * 1e5) / 1e5, E.n2o = Math.round((E.n2o + d.n2o.mrv) * 1e5) / 1e5, E.euas = Math.round((E.euas + d.euas) * 1e5) / 1e5, E.cost = Math.round((E.cost + d.cost) * 1e5) / 1e5, E.energy = Math.round((E.energy + d.energy) * 1e5) / 1e5, E.lcv = d.lcv, E.co2fc = d.co2.fc, E.co2cj = d.co2.cj, E.ch4fc = d.ch4.fc, E.ch4cj = d.ch4.cj, E.n2ofc = d.n2o.fc, E.n2ocj = d.n2o.cj, E.co2MRVGWP = d.co2.mrvGWP, E.ch4MRVGWP = d.ch4.mrvGWP, E.n2oMRVGWP = d.n2o.mrvGWP, E.co2TTWGWP = d.co2.ttwGWP, E.ch4TTWGWP = d.ch4.ttwGWP, E.n20TTWGWP = d.n2o.ttwGWP, E.wtt = d.wtt, E.ttw.total = d.ttw, E.ttw.co2 = d.co2.ttw, E.ttw.ch4 = d.ch4.ttw, E.ttw.n2o = d.n2o.ttw, E.wtw = Math.round((d.wtt + d.ttw) * 1e5) / 1e5, E.wttEmission = Math.round((E.wttEmission + d.wtt * d.energy) * 1e5) / 1e5, E.ttwEmission = Math.round((E.ttwEmission + d.ttw * d.energy) * 1e5) / 1e5, E.wtwEmission = Math.round((E.wttEmission + E.ttwEmission) * 1e5) / 1e5, f.set(O.type, E); } const N = this.getEUETSRatio(o), G = Array.from(f.values()), m = r.fwind || 1; let w = 0, S = 0, M = 0, C = 0, b = 0, P = 0; if (o >= 2025) { w = Math.round(u / s * 1e5) / 1e5, S = Math.round(R / s * 1e5) / 1e5, M = Math.round(m * (w + S) * 1e5) / 1e5, C = this.calculateGHGITarget(o), b = Math.round((C - M) * s * 1e8) / 1e8; const O = b * 1e6; P = O < 0 ? Math.round(Math.abs(O) / (M * 41e3) * 2400) : 0; } return { year: o, price: t, fwind: m, ratio: N, ghg: n, ghg2: a, euas: c, cost: i, energy: s, wtwEmission: Math.round((u + R) * 1e5) / 1e5, wttGhgi: w, ttwGhgi: S, actualGhgi: M, targetGhgi: C, balance: b, penalty: P, fuels: G }; } /** * 计算 EUETS Ratio, 不同年份交纳的比例不同，2026年以后需全额交纳 * @param year * @returns * @deprecated use getEUETSRatio instead */ static getEUETSRadio(e) { return e > 2026 ? 1 : e >= 2024 && s5[e] || 0; } /** * 计算 EUETS Ratio, 不同年份交纳的比例不同，2026年以后需全额交纳 * @param year * @returns */ static getEUETSRatio(e) { return e > 2026 ? 1 : e >= 2024 && s5[e] || 0; } /** * 计算 GHG Intensity Target, 单位 gCO₂eq/MJ * @param year * @returns */ static calculateGHGITarget(e) { let o = 91.16; return e >= 2025 && (e >= 2050 ? o = o * (1 - 0.8) : e >= 2045 ? o = o * (1 - 0.62) : e >= 2040 ? o = o * (1 - 0.31) : e >= 2035 ? o = o * (1 - 0.145) : e >= 2030 ? o = o * (1 - 0.06) : o = o * (1 - 0.02)), Math.round(o * 1e5) / 1e5; } /** * 计算 EUMRV Leg Category * @param departure 出发地 * @param destination 目的地 * @param fuelEU 是否是fuelEU, 注意 EUETS和fuelEU不同，fuelEU在Norway and Iceland将被视为第三国，在EEA执行50%标准 * @param options 配置项 * @returns * @deprecated */ static async calculateEUMRVLegCategory(e, o, t = !1, r = {}) { let n = "Non EU"; const a = { departure: 0, destination: 0, atSea: 0 }; if (e && o) { let c = await _.isInEU(e, r), i = await _.isInEU(o, r); t && (c = c && !await _.isFuelEUExclude(e, r), i = i && !await _.isFuelEUExclude(o, r)), c && i ? (n = "Between EU", a.departure = 1, a.destination = 1, a.atSea = 1) : c ? (n = "Departed EU", a.departure = 1, a.destination = 0, a.atSea = 0.5) : i && (n = "Arrived EU", a.departure = 0, a.destination = 1, a.atSea = 0.5); } return { category: n, areaRate: a }; } /** * 计算 EUMRV Category * @param departure 出发地 * @param destination 目的地 * @param options 配置项 * @returns { category, areaRate } 是否在EU，以及对应计算比例 */ static async calculateEUMRVCategory(e, o, t = {}) { let r = "Non EU"; const n = { departure: 0, destination: 0, atSea: 0 }; if (e && o) { const a = await _.isInEU(e, t), c = await _.isInEU(o, t); a && c ? (r = "Between EU", n.departure = 1, n.destination = 1, n.atSea = 1) : a ? (r = "Departed EU", n.departure = 1, n.destination = 0, n.atSea = 0.5) : c && (r = "Arrived EU", n.departure = 0, n.destination = 1, n.atSea = 0.5); } return { category: r, areaRate: n }; } /** * 计算 Fuel EU Category * 注意 EUETS和fuelEU不同，fuelEU在Norway and Iceland将被视为第三国，在EEA执行50%标准 * FuelEU delayed in Norway and Iceland(https://www.sdir.no/en/news/FuelEu_delayed_in_Norway/) * @param departure 出发地 * @param destination 目的地 * @param options 配置项 * @returns { category, areaRate } 是否在EU，以及对应计算比例 */ static async calculateFuelEUCategory(e, o, t = {}) { let r = "Non EU"; const n = { departure: 0, destination: 0, atSea: 0 }; if (e && o) { let a = await _.isInEU(e, t), c = await _.isInEU(o, t); a = a && !await _.isFuelEUExclude(e, t), c = c && !await _.isFuelEUExclude(o, t), a && c ? (r = "Between EU", n.departure = 1, n.destination = 1, n.atSea = 1) : a ? (r = "Departed EU", n.departure = 1, n.destination = 0, n.atSea = 0.5) : c && (r = "Arrived EU", n.departure = 0, n.destination = 1, n.atSea = 0.5); } return { category: r, areaRate: n }; } } let D; try { D = X.getLogger("cii"); } catch { } finally { } var S5 = /* @__PURE__ */ ((l) => (l.BULK_CARRIER = "BULK CARRIER", l.GAS_CARRIER = "GAS CARRIER", l.TANKER = "TANKER", l.CONTAINER_SHIP = "CONTAINER SHIP", l.GENERAL_CARGO_SHIP = "GENERAL CARGO SHIP", l.REFRIGERATED_CARGO_CARRIER = "REFRIGERATED CARGO CARRIER", l.COMBINATION_CARRIER = "COMBINATION CARRIER", l.LNG_CARRIER = "LNG CARRIER", l.RO_RO_CARGO_SHIP = "RO-RO CARGO SHIP", l.RO_RO_CARGO_VEHICLE_SHIP = "RO-RO CARGO VEHICLE SHIP", l.RO_RO_PASSENGER_SHIP = "RO-RO PASSENGER SHIP", l.CRUISE_PASSENGER_SHIP = "CRUISE PASSENGER SHIP", l))(S5 || {}); class p { /** * 船舶载运能力：dwt or gt * @see https://docs.qq.com/pdf/DYWl3T1NuemNIZ0JJ? * -对于散货船、液货船、集装箱船、气体运输船、LNG船、杂货船、冷藏货船和兼用船， * 应使用载重吨（DWT）作为载运能力； * -对于豪华邮轮、滚装货船(车辆运输船)、滚装货船及滚装客船，应使用总吨（GT）作 * 为载运能力； * @param props * @param options */ static calculateCapacity(e, o = {}) { var a; const t = ((a = e.type) == null ? void 0 : a.toUpperCase()) || "BULK CARRIER", r = [ "BULK CARRIER", "GAS CARRIER", "TANKER", "CONTAINER SHIP", "GENERAL CARGO SHIP", "REFRIGERATED CARGO CARRIER", "LNG CARRIER", "COMBINATION CARRIER" /* COMBINATION_CARRIER */ ], n = [ "RO-RO CARGO SHIP", "RO-RO CARGO VEHICLE SHIP", "RO-RO PASSENGER SHIP", "CRUISE PASSENGER SHIP" /* CRUISE_PASSENGER_SHIP */ ]; return r.includes(t) ? (D.info("[%s] use dwt as the vessel capacity: %j", o.requestId, e), e.dwt) : n.includes(t) ? (D.info("[%s] use gt as the vessel capacity: %j", o.requestId, e), e.gt) : (D.info("[%s] use max(gt,dwt) as the vessel capacity: %j", o.requestId, e), e.dwt > e.gt ? e.dwt : e.gt); } /** * CII基准（2019） * @see https://docs.qq.com/pdf/DYXRJSkNJbmJQZFJu? * 3.1 考虑到2008年的数据有限，以2019年船型营运碳强度性能为基准。 * 3.2 对于规定的一组船舶，基线的公式如下： * CIIref =aCapacity-c * 单位是 g/(dwt⋅nmile) 或 g/(gt⋅nmile) * * 式中CIIref系指2019年的基准值，Capacity与某一船型特定碳强度指标(CII)规定的值相 * 同，见表1；a和c系指通过中值回归拟合所估算的参数，以2019年通过IMODCS收集的 * attainedCII和单个船舶的Capacity为样本。 * * @param props * @param options */ static calculateReferCII(e, o = {}) { var i, s; const t = p.calculateCapacity(e, o), r = ((s = (i = e.type) == null ? void 0 : i.trim()) == null ? void 0 : s.toUpperCase()) || "BULK CARRIER"; let n = 0, a = 0; r === "BULK CARRIER" ? (n = 4745, a = 0.622) : r === "GAS CARRIER" ? t >= 65e3 ? (n = Math.pow(14405, 7), a = 2.071) : (n = 8104, a = 0.639) : r === "TANKER" ? (n = 5247, a = 0.61) : r === "CONTAINER SHIP" ? (n = 1984, a = 0.489) : r === "GENERAL CARGO SHIP" ? t >= 2e4 ? (n = 31948, a = 0.792) : (n = 588, a = 0.3885) : r === "REFRIGERATED CARGO CARRIER" ? (n = 4600, a = 0.557) : r === "COMBINATION CARRIER" ? (n = 5119, a = 0.622) : r === "LNG CARRIER" ? t >= 1e5 ? (n = 9.827, a = 0) : (n = Math.pow(14479, 10), a = 2.673) : r === "RO-RO CARGO VEHICLE SHIP" ? t < 3e4 ? (n = 330, a = 0.329) : (n = 3627, a = 0.59) : r === "RO-RO CARGO SHIP" ? (n = 1967, a = 0.485) : r === "RO-RO PASSENGER SHIP" ? (n = 2023, a = 0.46) : r === "CRUISE PASSENGER SHIP" && (n = 930, a = 0.383); const c = Math.round(n * Math.pow(t, -a) * 1e3) / 1e3; return D.info("[%s] calculate refer cii (%d) with props: %j ", o.requestId, c, e), { referCii: c, referYear: 2019 }; } /** * 年度达标需求的cii, 已经按年份折减 * @see https://docs.qq.com/pdf/DYVRtWGlsUVdNcGlu? * 按照MARPOL附则VI第28条，对船舶要求的年度营运CII折减因素计算如下： * 要求的年度营运CII=(1–Z/100)×CIIR * 式中CIIR是2019年的基准值，定义见《2021年营运碳强度指标基线指南（G2）》，Z * 是2023年至2030年对船型要求的年度营运CII折减因素的一般参考， * * @param ref * @param year * @param options */ static calculateRequiredCII(e, o, t = {}) { let r = 0; o === 2020 ? r = 1 : o === 2021 ? r = 2 : o === 2022 ? r = 3 : o === 2023 ? r = 5 : o === 2024 ? r = 7 : o === 2025 ? r = 9 : o === 2026 && (r = 11); const n = Math.round((1 - r / 100) * e * 1e3) / 1e3; return D.info("[%s] calculate required cii (%d) with: %j", t.requestId, n, { year: o, ref: e }), { requiredCii: n, z: r, year: o, ref: e }; } /** * 计算CO2, 注意需要换算为: g * @param