Technology catalogue · Inverters, chargers and control
Sunsynk Lynks Pro 8 kW three-phase hybrid inverter
An IP65 three-phase 8 kW hybrid inverter from the Sunsynk Lynks Pro family for compatible solar and storage systems.
Available to enquire — configuration and availability confirmed individually
- Manufacturer
- Sunsynk
- Product code
- 10000159
- Category
- Inverters, chargers and control
Technical selection guide
Where Sunsynk Lynks Pro 8 kW three-phase hybrid inverter may fit
An IP65 three-phase 8 kW hybrid inverter from the Sunsynk Lynks Pro family for compatible solar and storage systems.
We treat the catalogue model as the start of engineering, not as a pre-approved design. For Sunsynk product code 10000159, we confirm the currently supplied hardware revision, certificates, firmware, interfaces, warranty path and local service conditions before it enters a bill of materials.
| Review area | What we verify | Why it matters |
|---|---|---|
| Electrical design | Voltage window, continuous and peak power, protection and conductor sizing | Prevents incompatible equipment and nuisance trips |
| Control and data | BMS/EMS protocol, metering, export limits, remote access and firmware | Keeps the system controllable, observable and supportable |
| Site integration | Grid conditions, backup loads, environment, fire strategy and access | Connects product capability to the real operating scenario |
| Lifecycle | Warranty assumptions, cycles, spares, commissioning and service response | Protects availability and whole-life economics |
What the project-specific offer contains
- confirmed model, revision and locally applicable documentation,
- compatibility statement for the proposed system architecture,
- required protection, monitoring and communication interfaces,
- commissioning scope, acceptance criteria and service responsibilities.
We recommend this technology only when measured data and the complete system design show that it is the right technical and commercial fit.
Related technologies
Compare compatible alternatives.
The correct model depends on voltage architecture, power profile, communication requirements and service strategy.
First step
Data first. Technology second.
Describe the facility, operating problem and required outcome. We will identify the useful input data and propose an appropriate review scope.