Prostar PSW Series
Product Overview: The Heart of Off-Grid Power
The Prostar PSW Series stands as a testament to the evolution of Low Frequency Solar Inverter technology, specifically designed for demanding off-grid applications. This Transformer Based Inverter solution bridges the gap between traditional high-frequency designs and the robust power delivery required for critical loads.
At its core, the PSW Series is engineered for environments where power reliability is paramount. The built-in toroidal transformer not only provides galvanic isolation but also enhances the inverter’s ability to handle voltage surges and maintain stable output during grid fluctuations. This makes it particularly suitable for Low Frequency Off Grid Inverter systems where consistent power quality is essential for sensitive electronics.
Technical Architecture: Precision Engineering
The PSW Series’ technical prowess stems from its meticulously designed components and intelligent power management systems. Let’s explore its key technological pillars:
1. Transformer-Based Power Conversion
Unlike high-frequency inverters that rely on switching transformers, the PSW Series employs a Low Frequency Transformer Based Inverter design. This approach offers several advantages:
✅Superior Surge Handling : The toroidal transformer’s robust construction allows for higher surge capacity, protecting connected equipment from voltage spikes.
✅Enhanced Isolation : Provides complete electrical isolation between input and output circuits, crucial for safety in remote installations.
✅Longer Lifespan : The absence of high-frequency switching components reduces wear and tear, contributing to the inverter’s maintenance-free operation.
2. Pure Sine Wave Output
The PSW Series generates pure sine wave output , a critical feature for powering sensitive electronics. This clean power waveform:
✅Eliminates Harmonic Distortion : Prevents interference with communication equipment and precision instruments.
✅Ensures Compatibility : Works seamlessly with medical devices, audio systems, and industrial controls.
✅Reduces Equipment Wear : Minimizes stress on motors and transformers, extending appliance lifespan.
3. Integrated MPPT Charge Controller
The Maximum Power Point Tracking (MPPT) charge controller is a game-changer in solar energy harvesting:
✅Dynamic Voltage Optimization : Continuously adjusts to extract maximum power from solar panels under varying conditions.
✅Battery Compatibility : Works efficiently with lead-acid, AGM, gel, and lithium battery banks.
✅System Efficiency : Can increase solar harvest by up to 30% compared to PWM controllers.
4. UPS Functionality with Zero Transfer Time
The PSW Series’ Low Frequency UPS Inverter capability sets it apart in hybrid power systems:
✅Seamless Transition : Maintains power continuity during grid outages with less than 10ms transfer time.
✅Dual Power Path : Simultaneously draws from solar and grid sources when available, switching intelligently to battery backup when needed.
✅Critical Load Protection : Ideal for telecom equipment, medical facilities, and data centers where power interruptions are unacceptable.
Application Ecosystem: Where Power Meets Purpose
The versatility of the Prostar PSW Series makes it a perfect fit for diverse applications across residential, commercial, and industrial sectors.
1. Residential Energy Independence
For homeowners seeking energy autonomy, the PSW Series offers:
✅Silent Operation : The dustproof, maintenance-free design ensures quiet performance in living spaces.
✅Scalable Power : Power options from 600W to 10kW accommodate everything from tiny cabins to large homes.
✅Grid Backup : When paired with a battery bank, it provides reliable backup power during outages.
2. Telecom Infrastructure
In the telecom industry, where uptime is non-negotiable, the PSW Series delivers:
✅24/7 Reliability : The robust transformer design withstands harsh environmental conditions.
✅Remote Monitoring : Optional communication modules enable centralized system management.
✅Power Quality : Pure sine wave output ensures stable operation of sensitive telecom equipment.
3. Industrial & Commercial Solutions
For businesses and industrial sites, the PSW Series provides:
✅Heavy-Duty Performance : Handles industrial motors and equipment with ease.
✅Space Efficiency : Compact wall-mounted design saves valuable floor space.
✅Unattended Operation : Built for long-term, maintenance-free use in remote locations.
Solution Framework: Building Resilient Power Systems
The PSW Series isn’t just a product; it’s a foundational component for comprehensive solar power solutions. Here’s how it integrates into various system designs:
1. Basic Off-Grid System
For fundamental off-grid applications, the PSW Series forms the core of a simple yet effective system:
✅Solar Panels : Connected to the MPPT charge controller for optimal energy harvesting.
✅Battery Bank : Stores energy for nighttime and cloudy periods.
✅Inverter : Converts DC power to clean AC for household appliances.
Off-Grid System Components
2. Hybrid Grid-Tied with Backup
The Low Frequency Hybrid Inverter capability allows for sophisticated hybrid systems:
✅Daytime Operation : Uses solar power first, then grid power when needed.
✅Battery Storage : Excess solar energy is stored for nighttime or outage use.
✅Automatic Switching : The UPS function ensures seamless transition to battery power during grid failures.
3. Remote Site Power Solutions
For powering remote locations, the PSW Series offers:
✅Self-Sufficiency : Generates and stores all necessary power locally.
✅Minimal Maintenance : The dustproof, maintenance-free design reduces service requirements.
✅Scalability : Modular design allows for easy expansion as power needs grow.
Performance Benchmarks & Technical Specifications
|
Parameter |
Specification |
Industry Standard |
|---|---|---|
|
Efficiency |
92-95% |
85-90% |
|
Waveform |
Pure Sine |
Modified Sine |
|
Transfer Time |
<10ms |
10-200ms |
|
Noise Level |
<45dB |
50-65dB |
|
Lifespan |
15+ Years |
10-12 Years |
Future-Proofing Your Solar Investment
The PSW Series is designed with future energy needs in mind. Its modular architecture allows for easy system expansion, and its compatibility with emerging battery technologies ensures it remains relevant as energy storage evolves.
Additionally, the inverter’s smart charging algorithms adapt to new battery chemistries, making it a flexible solution for both current and future solar power systems.
“The Prostar PSW Series redefines what’s possible with Low Frequency Solar Inverter technology, combining industrial-grade reliability with residential-friendly features.”










