MidNite Solar MNPV Solar Combiner – 6 Way

The MidNite Solar MNPV6 Combiner Box is a professional-grade DC combiner designed for safely combining multiple solar PV strings in residential, commercial, and off-grid solar installations. Built with a gray aluminum Type 3R rainproof enclosure and a custom insulating dead front, this 6-way combiner ensures durability, safety, and clean internal wiring for both 150VDC breaker systems and high-voltage fuse-based systems.

Engineered for flexibility, the MNPV6 supports six 150VDC breakers or four 600/1000VDC touch-safe fuse holders, making it suitable for charge controller systems and grid-tie inverter installations. With ETL listing to UL1741 standards, it meets North American safety requirements while delivering reliable performance in harsh outdoor environments—ideal for Tanzanian solar conditions.

Features & Benefits

• Supports 6 PV Strings (Breaker Configuration) : Combines up to six 150VDC breaker-protected solar strings, reducing wiring clutter and improving system organization.
• Dual Voltage Flexibility : Accepts six 150VDC breakers or four 600/1000VDC touch-safe fuse holders, allowing compatibility with both off-grid charge controllers and high-voltage grid-tie inverters.
• 120A Breaker Bus Bar Included : Handles higher output currents, making it suitable for larger residential and commercial solar installations.
• 80A Fuse Bus Bar Included : Provides reliable current handling for high-voltage fuse-based systems.
• Custom Insulating Dead Front : Injection-molded plastic dead front hides internal wiring for enhanced installer safety and a professional finish.
• Rainproof NEMA 3R Aluminum Enclosure : Powder-coated aluminum housing protects against rain, heat, and harsh outdoor conditions.
• Split Plus Bus Bar Capability : Allows support for two separate inverters or charge controllers, increasing design flexibility.
• 15-Position Negative Bus Bar : Provides ample termination space for organized and clean wiring connections.
• 14-Position Ground Bus Bar : Ensures proper grounding and improved system safety compliance.
• Knockouts for Conduit & Lightning Arrestors : Simplifies installation and supports surge protection in lightning-prone areas.
• Lockable Enclosure Design : Enhances site security for outdoor and remote solar installations.
• ETL Listed to UL1741 : Meets recognized safety standards for reliable performance in professional solar systems.

Use Cases

• Residential Off-Grid Solar Systems : Combines up to six PV strings for 150VDC charge controller setups in homes without grid access.
• Grid-Tie Solar Installations : Supports high-voltage (600V/1000VDC) fuse configurations for commercial and rooftop grid-connected solar systems.
• Hybrid Solar Systems : Ideal for systems using both grid-tie inverters and battery-based charge controllers, thanks to its split bus bar capability.
• Rural Electrification Projects : Suitable for community solar projects, schools, clinics, and NGOs in remote areas requiring safe DC string combining.
• Commercial & Industrial Rooftop Solar : Handles higher current output (up to 120A with breakers), making it fit for larger PV arrays.
• Agricultural Solar Pumping Systems : Combines multiple panel strings for irrigation and water pumping installations.
• Telecom & Remote Site Power Systems : Provides organized and secure PV string combining for telecom towers and off-grid communication infrastructure.
• Expandable Solar Installations : Allows future system expansion by accommodating multiple strings within one enclosure.

Value Propositions

• Improves System Safety : Integrated dead front and UL1741 listing enhance installer and user protection in DC solar applications.
• Reduces Installation Time & Labor Costs : Pre-configured busbars, knockouts, and organized terminal layout simplify wiring and speed up setup.
• Flexible for Multiple System Designs : Supports both 150VDC breaker systems and 600/1000VDC fuse systems, reducing the need for separate combiner models.
• Scalable for Growing Solar Arrays : Accommodates up to six PV strings, making it ideal for future system expansion without replacing equipment.
• Supports Dual Outputs : Split plus busbar capability allows connection to two inverters or charge controllers, increasing design versatility.
• Durable Outdoor Construction : Powder-coated aluminum NEMA 3R enclosure ensures long-term performance in harsh climates.
• Professional & Clean Installation Appearance : Custom molded dead front conceals wiring for a neat and compliant finish.
• Optimized for High Current Handling : Up to 120A output (breaker configuration) supports medium to large solar installations.
• Cost-Effective Long-Term Investment : High-quality materials and modular design reduce maintenance and replacement costs over time.

Local Market Positioning in Tanzania

• Built for Tropical Climates : Rainproof NEMA 3R aluminum enclosure resists corrosion and moisture common in Tanzanian coastal and inland conditions.
• Ideal for Rural Electrification Initiatives : Well-suited for NGO, government, and community solar projects expanding access to power in remote regions.
• Supports Off-Grid Households : Combines multiple PV strings for home solar systems in areas without reliable grid access.
• Compatible with Commercial Rooftop Systems : Meets the needs of businesses in Dar es Salaam, Arusha, and other urban centers installing medium-sized solar arrays.
• Enables Agricultural Solar Pumping : Provides organized DC string combining for solar water pumps used in farms and irrigation projects.
• Flexible for Hybrid Solar Architectures : Works with both off-grid and grid-tie systems, appealing to mixed installations in urban and peri-urban settings.
• Professional Safety Compliance for Installers : UL1741 ETL listing assures local solar professionals of recognized safety standards.
• Reduces Logistics Complexity : One combiner solution supports various configurations, reducing the need for multiple product types in Tanzanian solar inventories.
• Enhances Long-Term Reliability : Durable weatherproof construction minimizes maintenance in remote and high-dust environments.

Technical Specification