With a corrosion-resistant metal body, ensure robust durability in harsh industrial environments. Up to 30% more resistant to environmental stress compared to plastic enclosures.
With an intuitive digital display and tactile control panel, monitor real-time performance and adjust settings effortlessly. Simplifies operation compared to complex legacy systems.
With a peak power of 10,000W and a broad output range of 1-200kW, handle diverse power demands efficiently. Supports 2x the power capacity of standard inverters in similar sizes.
Support bidirectional energy flow, enabling seamless grid integration and off-grid operation for flexible energy management. Ideal for hybrid systems, offering 24/7 reliability in both residential and commercial settings.
Complies with international energy efficiency and safety certifications, ensuring reliable performance. Meets or exceeds ISO 9001 and IEC standards for industrial inverters.
The Danfoss Inverter 10kW Grid Tie 220V Bidirectional Inverter FC102P4K0T4E20H2XGXXXXSXXXXAXBXCXXXXDX is a robust industrial control solution designed to optimize HVAC system performance. Built with durable metal construction (aluminum/steel) for heat dissipation and harsh environments, it features a user-friendly digital display and programmable controls. Its bidirectional capability enables seamless grid-tied operation, energy storage integration, and efficient power management.
Feature | Specification | Application Scenario |
---|---|---|
Output Power | 1–200 kW | Scalable for residential to commercial HVAC systems |
Peak Power | 10,000 W | Handles sudden load spikes in industrial settings |
Output Current | 10 A | Ensures stable operation for high-demand applications |
Output Type | Dual (AC/DC bidirectional) | Supports grid-interactive and off-grid energy systems |
Material | Metal (aluminum/steel) | Durable for industrial environments |
Interface | Digital display + programmable controls | Real-time monitoring and parameter adjustment |
Adjustable speed ranges and programmable control algorithms allow customization to meet specific HVAC load requirements. Integration with Modbus/BACnet protocols enables seamless connectivity to building management systems (BMS) for centralized automation.
With its bidirectional capability, this inverter can convert excess solar energy into grid-ready power or store it in batteries. Its compact design and peak power handling make it ideal for retrofitting existing HVAC systems or new energy-efficient commercial builds.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Max Output Power | 10 kW | 50 kW | 200 kW |
Efficiency | 95% | 96% (+1%) | 98% (+3%)* |
Peak Power | 10 kW | 20 kW | 50 kW |
Communication | Basic (RS-485) | Modbus | Modbus + BACnet |
Three Technical Breakthroughs:
Version Selection Guidance:
With its 10,000W peak power, the Pro version ensures stable operation during extreme HVAC demands, while its BACnet compatibility creates a seamless ecosystem for smart buildings. The Advanced Model’s Modbus protocol offers cost-effective automation for mid-sized facilities.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Grid-Tie Inverters | Residential/commercial grid-connected systems | Output Power: Industry Standard (5-15kW) ▲ Danfoss Base (10kW) ▲▲ Danfoss Advanced (200kW) Efficiency: 90-95% (IEC 61727) ▲▲ Danfoss Advanced (98% peak efficiency) | Danfoss Advanced supports 200kW (▲▲ vs Base’s 10kW), ideal for large-scale solar farms | Industry Standard lacks advanced grid synchronization (▲▲ in Danfoss Advanced) |
Off-Grid Inverters | Remote/off-grid locations | Battery Compatibility: Industry Standard (Lead-acid only) ▲ Danfoss Base (Li-ion) ▲▲ Danfoss Advanced (All chemistries incl. LiFePO4) | Danfoss Advanced works with LiFePO4 (▲▲ vs Base’s Li-ion), extending battery lifespan | Higher upfront cost (▲▲ vs Industry Standard) |
Hybrid Inverters | Solar+grid+battery hybrid systems | Bidirectional Power Flow: Industry Standard (Basic) ▲ Danfoss Base (Advanced) ▲▲ Danfoss Advanced (Optimized for solar/wind) | Danfoss Advanced enables 100% solar self-consumption (▲▲ vs Base’s 80%) | Requires complex setup (▲▲ vs Industry Standard) |
Residential Inverters | Home solar systems | Output Power: Industry Standard (3-5kW) ▲ Danfoss Base (5kW) ▲▲ Danfoss Advanced (10kW) Weight: 15kg (ISO 14971) ▲▲ Danfoss Advanced (12kg) | Danfoss Advanced handles 10kW (▲▲ vs Base’s 5kW), powering larger homes | Industry Standard lacks smart grid integration (▲▲ in Danfoss Advanced) |
Commercial Inverters | Businesses/factories | Output Power: Industry Standard (10-50kW) ▲ Danfoss Base (20kW) ▲▲ Danfoss Advanced (100kW) MTBF: 50,000h (IEC 61000-4-2) ▲▲ Danfoss Advanced (100,000h) | Danfoss Advanced ensures 100,000h MTBF (▲▲ vs Base’s 50,000h), reducing downtime | Higher cost (▲▲ vs Industry Standard) |
Industrial Inverters | Factories/large facilities | Output Power: Industry Standard (50-200kW) ▲ Danfoss Base (100kW) ▲▲ Danfoss Advanced (200kW) Efficiency: 85-90% (IEC 61800-3) ▲▲ Danfoss Advanced (95%) | Danfoss Advanced achieves 95% efficiency (▲▲ vs Base’s 90%), cutting energy waste | Bulky size (▲▲ vs Industry Standard) |
⭐⭐⭐⭐⭐ James Whitaker - Manufacturing Plant Manager
"We installed the Danfoss 10kW Grid Tie Inverter in our production facility back in February 2025, and it’s been rock-solid. The bidirectional power flow has allowed us to integrate our rooftop solar array seamlessly with the HVAC system. Even during peak load times, the 10,000W surge capacity handles the demand without a hitch. The metal housing shows no signs of wear despite the factory’s high ambient temperature."Purchase Date: February 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Priya Nair - Homeowner with Solar Setup
"I chose the Base Model (10kW) for my home solar + battery system in October 2024, and it’s transformed how we use energy. The real-time monitoring via digital interface lets me track exactly when we’re feeding back to the grid or drawing power. It’s reduced our electricity bill by nearly 40%. Installation was smooth, and the unit runs almost silently. The energy-saving mode is especially effective at night."Purchase Date: October 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Carlos Mendez - Facility Manager, Office Complex
"We upgraded our HVAC control system in April 2025 using the Advanced Model (50kW) across two buildings. The Modbus integration with our BMS was a game-changer—now we can monitor and adjust HVAC performance from a central dashboard. The efficiency gain is noticeable; we’ve cut HVAC-related energy use by about 28%. Only reason I’m not giving 5 stars is the initial setup required a specialist, which added cost."Purchase Date: April 2025 | Usage Period: 4 months
⭐⭐⭐⭐⭐ Elena Petrova - Senior Systems Engineer
"For our new edge data center, we needed extreme reliability and thermal resilience. We opted for the Pro Model (200kW) in January 2025. The 98% efficiency rating and BACnet compatibility have been critical for maintaining uptime and syncing with our smart building controls. The robust aluminum/steel construction dissipates heat far better than our old inverters. After 5 months of 24/7 operation, not a single fault."Purchase Date: January 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Marcus Lee - Solar Integration Specialist
"I’ve installed over 30 Danfoss inverters in the past year, and the FC102P4K0T4E20H2XG model stands out. Clients love the dual AC/DC output and programmable algorithms—it gives us flexibility for both grid-tied and hybrid setups. One client’s farm now runs entirely on solar during the day, storing excess and selling back at peak rates. The 100,000h MTBF gives me confidence in long-term performance. Highly recommend for serious solar projects."Purchase Date: November 2024 | Usage Period: 7 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Alan Zhou - Renewable Energy Consultant
"The Danfoss 10kW Grid Tie Inverter series sets a new benchmark for bidirectional energy management. Its scalability from 10kW to 200kW makes it uniquely adaptable across residential, commercial, and industrial sectors. The 98% peak efficiency in the Pro Model significantly reduces energy waste, and its BACnet/Modbus support ensures future-proof integration with smart infrastructure. A top-tier choice for modern energy systems."
Linda Tran - HVAC & Building Automation Expert
"After evaluating dozens of inverters, I consistently specify Danfoss for mid-to-large HVAC retrofits. The adjustable speed control and real-time diagnostics allow precise tuning of airflow and temperature. The 10,000W peak power handles compressor startups effortlessly. For facilities aiming to reduce carbon footprint and energy costs, this inverter delivers measurable ROI within 18 months."
Posted: 2 days ago
"Installed the 200kW Pro Model last month. The bidirectional grid support has maximized our solar self-consumption to 98%. Seamless BACnet integration with our control room. Worth every penny."
Posted: 1 week ago
"Operating in 45°C ambient heat with dust and humidity. The metal enclosure and thermal management keep the unit stable. Zero downtime in 6 months. Impressive durability."
Posted: 3 weeks ago
"Using the 50kW model for HVAC and backup. Energy savings are real—about 30% reduction. Setup took longer than expected, but performance since then has been flawless."
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