Description
The 10kW 3-Phase Commercial On-Grid Solar Inverter is a high-efficiency string solar inverter engineered for commercial rooftop, light industrial, and large residential solar power generation systems. It functions by converting Direct Current (DC) produced by rooftop photovoltaic solar panel arrays into clean, balanced, grid-synchronized 3-phase Alternating Current (AC) electricity to power facility machinery, office electronics, lighting, and HVAC systems.
Operating in direct synchronization with standard 3-phase 380V/400V utility lines, it feeds self-generated daytime solar power directly into the building’s main electrical distribution board, substituting expensive grid consumption. Under Bangladesh’s Net Metering Guidelines, surplus power generated during peak sunlight hours can be exported back to the grid (BPDB, BREB, DPDC, DESCO, or WZPDCL). This inverter provides a durable, heat-resilient, and cost-effective energy transformation engine for Bangladesh’s growing commercial and residential solar installations.
Key Features
- Dual-MPPT Solar Trackers: Equipped with independent MPPT channels to maximize energy harvest from rooftop panel strings mounted on different roof orientations or affected by partial shading.
- High Conversion Efficiency: Advanced power electronics topology delivers optimal conversion efficiency to minimize internal thermal power losses during peak daylight hours.
- Smart Grid Synchronization: Rapidly locks phase angle and frequency with 3-phase 380V/400V utility grid lines for smooth, flicker-free energy injection.
- Anti-Islanding Safety Protection: Built-in anti-islanding safety features automatically disconnect inverter output during utility power cuts to protect line maintenance personnel.
- Industrial Weatherproof Enclosure: Built inside a heavy-duty chassis with robust ingress protection against dust infiltration, high humidity, and atmospheric thermal stress.
Technical Advantages
- High Efficiency: Maximizes kilowatt-hour yield per watt of installed solar panels using high-precision power tracking algorithms.
- Durable Construction: Heavy-duty casing engineered with intelligent heat-dissipation management designed for continuous full-load operational reliability.
- Safety Protection: Comprehensive electrical safety suite including DC reverse polarity protection, AC short-circuit protection, over-voltage/under-voltage protection, and insulation monitoring.
- Energy Saving: Ultra-low night-time standby self-consumption reduces parasitic power draw during non-generating hours.
- Easy Maintenance: Integrated remote telemetry, event logging, and modular internal architecture simplify routine servicing and diagnostics.
Applications
- Residential: Duplex villas, multi-unit residential rooftops, shared housing schemes, and community power installations.
- Commercial: Retail shopping centers, corporate branch offices, restaurants, and private clinics.
- Industrial: Light manufacturing units, printing workshops, packaging stations, and assembly shops.
- Factory: Small factory production floors, administrative blocks, and storage facilities.
- Office: Bank branch data centers, corporate IT offices, and government institutional buildings.
- Project Installation: Commercial rooftop solar projects, industrial net-metering installations, and utility-assisted solar arrays across Bangladesh.
Technical Specification Table
| Specification | Details |
| Model | Not Available |
| Brand | Not Available |
| Rated Power | 10,000 W (10 kW) |
| Voltage | 380V / 400V AC (3-Phase) |
| Current | Not Available |
| Frequency | 50 Hz / 60 Hz |
| Efficiency | High Efficiency Commercial Grade |
| Protection | Heavy-Duty Protection Suite (IP Rating Not Available) |
| Dimension | Not Available |
| Weight | Not Available |
| Operating Temperature | Commercial Working Range (-25°C to +60°C Nominal) |
| Warranty | Official Manufacturer Warranty Applicable. |
3 Phase On Grid Inverter
Features List
✓ 10 kW Continuous 3-phase on-grid AC power output
✓ Advanced Dual-MPPT tracking for maximum rooftop solar harvest
✓ Grid-tied synchronization for 3-phase 380V/400V electrical systems
✓ Integrated anti-islanding and full electrical safety protection package
✓ High conversion efficiency topology for reduced internal energy loss
✓ Heavy-duty weatherproof enclosure for industrial environment mounting
✓ Remote web and mobile app telemetry monitoring support
Benefits For Customers
- Reduces Electricity Cost: Direct replacement of expensive daytime commercial utility electricity with clean self-generated solar energy.
- Improves Operational Reliability: Integrates smoothly into facility distribution networks to support continuous daytime operations.
- Saves Maintenance Cost: Solid-state grid-tied construction eliminates complex moving mechanical components and cuts maintenance needs.
- Suitable for Bangladesh Environment: Built to handle high summer ambient temperatures, monsoon humidity, and 3-phase grid voltage variations.
Installation & Maintenance Guide
Installation Requirements:
- Install in a clean, well-ventilated plant room or covered wall area with proper clearance for cooling airflow.
- Mount on a solid concrete wall or heavy structural frame capable of carrying inverter equipment safely.
- Utilize UV-resistant DC solar wiring, correctly sized 3-phase AC power cables, and matching industrial AC/DC circuit breakers.
- Ground the chassis securely to an independent electrical earthing pit to defend against external lightning and voltage surges.
Maintenance Tips:
- Periodically clean external cooling heatsink fins and air vents to remove ambient dust and fibers.
- Inspect AC and DC terminal screws annually to ensure firm mechanical contact free of oxidation.
- Track daily power generation via the online monitoring platform to catch string performance drops early.
Safety Instructions:
- Installation and commissioning must strictly be performed by certified solar engineers or licensed senior electricians.
- Isolate all DC solar array strings and 3-phase AC utility breakers before opening wiring compartments.
- Never dismantle internal components while connected to live energy inputs.
FAQ Section
Q: What is the price of 10kW Solar On Grid Inverter in Bangladesh?
A: The price of a 10kW 3-Phase On-Grid Solar Inverter in Bangladesh depends on the brand manufacturer, efficiency rating, and warranty terms. Please check loopshop.com.bd for current prices and quotes.
Q: Where can I buy 10kW Solar On Grid Inverter in Bangladesh?
A: You can purchase genuine 10kW On-Grid Solar Inverters online directly at loopshop.com.bd with nationwide delivery.
Q: What warranty does this product have?
A: Commercial 10kW on-grid inverters standardly include a 5-year manufacturer warranty supported by local technical service assistance.
Q: Is this suitable for Bangladesh climate?
A: Yes. It features robust thermal management and weatherproof casing designed to handle Bangladesh’s hot summer temperatures, humidity, and heavy monsoon seasons.
Q: How to install this product?
A: Mount the unit vertically on a structural wall, connect multi-string DC inputs from your solar array, and wire the 3-phase AC output directly to your facility’s main distribution board following grid rules. Professional installation is required.
Q: Does a 10kW on-grid inverter work during a load shedding power cut?
A: No. Grid-tied inverters require an active utility grid signal to function. During a power cut, the anti-islanding protection automatically shuts off the unit to prevent feeding power into lines being serviced by grid workers.
Q: Can I use this 10kW inverter for net-metering in Bangladesh?
A: Yes, 3-phase on-grid solar inverters are fully compatible with net-metering guidelines approved by BPDB, BREB, DPDC, DESCO, and WZPDCL.
Q: What is the benefit of Multi-MPPT in a 10kW inverter?
A: Multi-MPPT allows solar panels installed across different roof orientations or pitch angles to operate independently without shading on one string hurting the output of others.
Q: How much electricity can a 10kW solar system generate daily in Bangladesh?
A: On average, a 10kW solar installation in Bangladesh generates between 38 kWh and 48 kWh of AC electricity per day, depending on seasonal sunlight and panel cleanliness.
Q: Can I monitor power production on my mobile phone?
A: Yes, by attaching a Wi-Fi, LAN, or 4G datalogger stick, you can track daily power generation and system stats via a mobile app or web portal.

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