Description
APsystems DS3-S Dual Microinverter 640VA 208V/240V
The APsystems DS3-S Dual Microinverter is a high-performance dual-module microinverter designed to maximize energy production while reducing installation costs for residential and light commercial solar applications. With a maximum continuous output power of 640VA and the ability to support two high-power solar modules simultaneously, the DS3-S delivers exceptional efficiency, advanced module-level power conversion, and enhanced system reliability.
Built on APsystems’ third-generation dual microinverter platform, the DS3-S combines smart energy management, rapid shutdown compliance, and module-level monitoring into a compact and cost-effective solar solution.
High-Performance Dual Module Architecture
Unlike traditional microinverters that support a single solar panel, the DS3-S is designed to connect two PV modules to a single microinverter.
Benefits include:
- Reduced equipment costs
- Faster installation
- Fewer rooftop components
- Simplified system design
- Improved overall project economics
640VA AC Output Power
- Continuous AC output power of 640VA
- Supports modern high-efficiency solar modules
- Optimized for residential and small commercial applications
- Maximizes energy harvest across varying environmental conditions
Module-Level Power Conversion
The DS3-S converts DC power from each solar module directly into grid-compliant AC power.
Advantages include:
- Improved shade tolerance
- Reduced mismatch losses
- Enhanced system reliability
- Greater energy production
- Flexible array design
Advanced Safety Features
The APsystems DS3-S incorporates module-level rapid shutdown functionality to help meet NEC safety requirements.
- Integrated rapid shutdown capability
- Reduced rooftop DC voltage
- Improved installer and first responder safety
- NEC-compliant system architecture
High Conversion Efficiency
- Peak efficiency up to 97%
- Low night-time power consumption
- Optimized MPPT tracking for each module
- Increased overall system performance
Smart Monitoring & Communications
When paired with APsystems monitoring devices, the DS3-S provides module-level performance visibility and diagnostics.
Features include:
- Real-time production monitoring
- Module-level performance data
- Remote diagnostics
- System alerts and notifications
- Historical energy reporting
Reliable Outdoor Performance
Built to operate in demanding environmental conditions.
- NEMA 6 / IP67 environmental protection
- Corrosion-resistant enclosure
- Wide operating temperature range
- Long-term field reliability
Flexible System Compatibility
- Compatible with 208V and 240V AC systems
- Supports high-power solar modules
- Ideal for new installations and system expansions
- Suitable for residential and light commercial projects
Key Features
- Dual-module microinverter design
- 640VA continuous AC output
- 208V / 240V grid compatibility
- Independent MPPT tracking for each module
- Module-level monitoring capability
- Rapid shutdown compliant
- High conversion efficiency
- NEMA 6 / IP67 rated enclosure
Ideal Applications
- Residential rooftop solar systems
- Small commercial solar projects
- Solar system expansions
- Shade-prone installations
- Distributed generation projects
- Module-level monitoring applications
SKU
DS3-S
Why Choose the APsystems DS3-S?
The APsystems DS3-S Dual Microinverter combines high efficiency, dual-module architecture, advanced monitoring, and module-level power conversion into one cost-effective solar solution. Designed to maximize energy production while reducing installation costs, the DS3-S is an excellent choice for homeowners, installers, and commercial system designers seeking reliable and scalable solar performance.
Additional information
| Manufacturer Brand | AP Systems |
|---|---|
| Inverter Type | Micro-inverter |
| Industry | Commercial / Industrial |
| Rated AC Power Output | 640VA |
| Nominal AC Output Voltage | 208V/240V |
| Maximum Continuous Output Current | 2,7A |
| Maximum DC Power | < 1000W |
| Nominal DC Input Voltage | 26V-60V |
| Phase | Single |
| Technical Specification |




