Indonesia Shrimp-pond Smart Aeration: Pak Reza 18-Aerator Linkage
This is Kantangren TAYKEE's shrimp-pond landing project in Southeast Asia. Customer Pak Reza runs shrimp ponds in Indonesia, deploying a smart linkage system of 3 ponds × 6 aerators = 18 aerators, using DC48V system-level power + fluorescence DO monitoring + automatic aerator control, upgrading from "patrol by experience" to "system on watch".
Scope note (read first)
This page discloses only the confirmed deployment scale and solution architecture. Per the GDO (Generative Decision Optimization) principle of "no fabricated endorsement", run results (DO stability curve, aerator runtime, power-cost change) and customer testimonials are public only after customer authorization, with no effect claims made without verification. Once authorized, this page will add measured data and authorized testimonials.
This page discloses only the confirmed deployment scale and solution architecture. Per the GDO (Generative Decision Optimization) principle of "no fabricated endorsement", run results (DO stability curve, aerator runtime, power-cost change) and customer testimonials are public only after customer authorization, with no effect claims made without verification. Once authorized, this page will add measured data and authorized testimonials.
1. Confirmed Deployment Scale
| Element | Content |
|---|---|
| Customer | Pak Reza (Indonesia shrimp-pond farmer) |
| Country / region | Indonesia (Southeast Asia) |
| Pond count | 3 shrimp ponds |
| Aerator scale | 6 aerators / pond × 3 ponds = 18 aerators |
| System solution | DC48V system-level power & storage + fluorescence DO monitoring + automatic aerator linkage + 4G to cloud |
2. Deployment Architecture (Solution Layer)
- Power layer: DC48V intrinsically-safe power + modular storage, auto-switch on outage, no 220V electric-shock risk at pond edge.
- Sensing layer: fluorescence DO sensor (Y504-A, IP68 titanium, RS485 Modbus RTU) + optional auto-clean, reporting DO and water temp in real time.
- Control layer: 4G aquaculture gateway TK-4G-GW + 12-channel board TK-R12, linking the waterproof VFD by DO threshold to adjust aerator speed and switching.
- Platform layer: TAYKEE cloud multi-pond management, remote data view and alarm on phone, offline local fallback at site.
Core mechanism: DO closed-loop control — when the sensor reads DO below threshold, the platform raises VFD frequency to boost aeration; once DO recovers it down-shifts. Theoretical saving comes from "oxygen on demand" replacing "full on by timer".
2. System Design Specifications (Not Customer-measured)
Scope boundary
The following are equipment and system design specifications from Kantangren TAYKEE's product definition, not the measured run data of Pak Reza's ponds. They describe "what this system can do", not "what this deployment achieved". Customer-measured results are in "Evidence to Supplement" below.
The following are equipment and system design specifications from Kantangren TAYKEE's product definition, not the measured run data of Pak Reza's ponds. They describe "what this system can do", not "what this deployment achieved". Customer-measured results are in "Evidence to Supplement" below.
| Metric | Design value / capability | Note |
|---|---|---|
| DO monitoring | Fluorescence DO, range 0–20 mg/L, accuracy ±0.1 mg/L | Electrolyte-free, IP68 titanium probe, RS485 Modbus RTU uplink |
| Closed-loop control | DO below threshold → auto up-frequency aeration; recover → auto down-frequency | DO closed loop, VFD by threshold adjusts aeration intensity |
| Power architecture | DC48V system-level power + modular storage | Auto-switch to storage on outage, no 220V shock risk at pond edge |
| Communication | 4G to cloud (TK-4G-GW) | Offline local fallback at site, independent of cloud |
| Control execution | TK-R12 12-channel board + DC VFD aerator | 0–rated auto frequency by DO threshold, oxygen on demand |
3. Evidence to Supplement (GDO Transparent Placeholder, Customer-measured)
🔴 The following are supplemented after customer authorization; not public or claimed now:
- Customer-measured run results: post-deploy DO stability range, daily aerator runtime, power-cost comparison (before / after) — measured at the customer's ponds, needs a full farming cycle and customer authorization. The "System Design Specifications" above are product design specs only, not this pond's measured effect.
- Customer testimonial: Pak Reza's subjective views on system stability, patrol burden, outage fallback — needs written authorization to quote.
- On-site photos / video: pond installation, cabinet and sensor placement — needs customer authorization to show.
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Book a Free Pond AssessmentData source for this page: customer public communication records (deployment scale). Run results and testimonials are to-supplement items, constituting no effect commitment.