sepehr
3358b74342
Ship the Next.js cycle editor with CAD chrome, technical HX symbols, Fixed/Free boundary guidance, and secondary water/air pressure drop support in the solver stack. Co-authored-by: Cursor <cursoragent@cursor.com>
132 lines
3.4 KiB
Markdown
132 lines
3.4 KiB
Markdown
# Compressor (AHRI 540 + maps)
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Config type: `"Compressor"`
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Source: `crates/components/src/compressor.rs`
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Related: `polynomials.rs` (Polynomial2D), registry `SstSdt` model variant
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---
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## EN
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### Purpose
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Positive-displacement compressor performance from **published coefficient maps**:
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1. **AHRI 540** (CLI default for `"Compressor"`) — 10 coefficients M1–M10
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2. **SST/SDT polynomial** (API / registry) — 2D polynomials ṁ(SST,SDT), Ẇ(SST,SDT)
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### Model A — AHRI 540
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**Mass flow [kg/s]:**
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```
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ṁ = M1 · (1 − (P_suc / P_dis)^(1/M2)) · ρ_suc · V_disp · N/60
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```
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**Power cooling [W]:**
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```
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Ẇ = M3 + M4 · (P_dis/P_suc) + M5 · T_suc + M6 · T_dis
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```
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**Power heating [W]:**
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```
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Ẇ = M7 + M8 · (P_dis/P_suc) + M9 · T_suc + M10 · T_dis
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```
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| Coeff | Role | Typical CLI default |
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|-------|------|---------------------|
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| M1 | flow scale | 0.85 |
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| M2 | PR exponent (>0) | 2.5 |
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| M3–M6 | cooling power poly | 500, 1500, −2.5, 1.8 |
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| M7–M10 | heating power poly | 600, 1600, −3.0, 2.0 |
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Also required: `speed_rpm`, `displacement_m3`, `efficiency` (isentropic / overall as used by the arm).
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### Model B — SST/SDT polynomial (same `Compressor` type)
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Select with JSON / UI: `"model_type": "SstSdt"` (aliases: `SstSdtPolynomial`, `sst_sdt`).
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```
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ṁ = Σ a_ij · SST^i · SDT^j [kg/s] (SST, SDT in Kelvin)
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Ẇ = Σ b_ij · SST^i · SDT^j [W]
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```
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Bilinear form (CLI / UI coefficients):
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```
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ṁ = a00 + a10·SST + a01·SDT + a11·SST·SDT
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Ẇ = b00 + b10·SST + b01·SDT + b11·SST·SDT
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```
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| JSON key | Role | Default (example) |
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|----------|------|-------------------|
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| `mf_a00` … `mf_a11` | mass-flow bilinear | 0.05, 0.001, 0.0005, 1e−5 |
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| `pw_b00` … `pw_b11` | power bilinear | 1000, 50, 30, 0.5 |
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Also used by **ScrewEconomizerCompressor** (same bilinear form + eco fraction + presets Bitzer/Grasso).
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### Residuals / ports
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Two-port suction/discharge. Residual count depends on same-branch mass and model wiring (typically flow + energy).
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### Calibration
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| Factor | Default | Effect |
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|--------|---------|--------|
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| `z_flow` | **1.0** | scales ṁ |
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| `z_power` | **1.0** | scales Ẇ |
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### JSON (CLI `"Compressor"`)
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| Key | Meaning | Default |
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|-----|---------|---------|
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| `model_type` | `Ahri540` \| `SstSdt` | `Ahri540` |
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| `speed_rpm` | speed | **required** |
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| `displacement_m3` | displacement | **required** |
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| `efficiency` | efficiency | 0.85 |
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| `fluid` | refrigerant | required |
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| `m1` … `m10` | AHRI coeffs (if Ahri540) | see table |
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| `mf_a00`…`mf_a11`, `pw_b00`…`pw_b11` | SST/SDT bilinear (if SstSdt) | see table |
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| `p_suction_bar` / `h_suction_kj_kg` | init ports | 3.5 / 400 |
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| `p_discharge_bar` / `h_discharge_kj_kg` | init ports | 12 / 440 |
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### UI guidance
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- **Modèle de carte** : bascule Ahri540 ↔ SstSdt
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- Sections **AHRI 540** ou **Map SST/SDT** selon le choix
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- Section **Machine** : speed, displacement, efficiency
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- L’**IsentropicCompressor** est un modèle physique différent (η_is + cylindrée)
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---
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## FR
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### But
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Compresseur à **cartes de performance** constructeur.
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### AHRI 540
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```
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ṁ = M1 · (1 − (P_s/P_d)^{1/M2}) · ρ · V · N/60
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Ẇ = M3 + M4·PR + M5·T_s + M6·T_d (froid)
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```
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### Polynôme SST/SDT
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```
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ṁ, Ẇ = polynôme 2D en SST et SDT
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```
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(Utilisé surtout sur le **vis** ; presets Bitzer/Grasso.)
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### Calibration
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`z_flow`, `z_power` = **1.0** par défaut.
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### JSON
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Voir tableau EN (`m1`…`m10`, `speed_rpm`, `displacement_m3`).
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