Jawapan ringkas
Penyejukan stabil dan cekap tenaga untuk pasar tropika dengan pusingan stok tinggi.
Cabaran operasi biasa
- Suhu air meningkat
- Kematian udang dan ketam tinggi
- Kos tenaga peralatan lama
- Kakisan penukar haba biasa
- Bunyi di kawasan jualan
Konfigurasi sistem disyorkan
Penyejukan stabil dan cekap tenaga untuk pasar tropika dengan pusingan stok tinggi.
| Water volume | Typical cooling range | Recommended configuration |
|---|---|---|
| 1,000–3,000 L | 3–6 kW | Compact inverter unit |
| 3,000–8,000 L | 6–15 kW | Commercial inverter unit |
| 8,000–20,000 L | 15–35 kW | Dual-loop or modular system |
| 20,000 L+ | Project calculation | Custom central system |
Inverter vs fixed-speed chiller
| Item | Inverter chiller | Traditional chiller |
|---|---|---|
| Capacity control | Continuously modulated | On / off cycling |
| Water temperature | More stable | Larger fluctuation |
| Energy use | Follows actual load | Higher cycling losses |
| Noise | Lower at partial load | Frequent start noise |
Frequently asked questions
How is chiller capacity selected?
Capacity is based on water volume, temperature pull-down, ambient temperature, tank insulation, circulation equipment and seafood load.
Why use a titanium heat exchanger?
Titanium provides strong corrosion resistance on the saltwater side and supports long service life in marine applications.
Can the system run continuously?
Yes. The equipment is configured for continuous commercial duty when installed with correct water flow, ventilation and maintenance access.
