Solar DC Electrical Components Manufacturer For PV

Q: What is the maximum voltage rating for your DC MCCBs?

Our molded case circuit breakers (MCCBs) are rated up to 1500V DC, designed specifically to handle the high voltage parameters of utility-scale PV arrays and commercial battery storage systems (BESS).

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High-Performance Solar DC Electrical Components Manufacturer

KRIPAL engineers and manufactures industrial-grade solar DC electrical components for Photovoltaic (PV) arrays, Battery Energy Storage Systems (BESS), and EV infrastructure. Rated from 1000V to 1500V DC, our components provide rapid arc extinguishing, secure power isolation, and fault protection. All products are rigorously tested to comply with international standards (CE, CB, TUV, SEMKO, LVD) for global commercial and industrial applications.

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DC Fuse

DC Isolator Switch

DC MCB

DC MCCB

DC Surge Protection Device

EV Charging Plug

High Voltage DC Contactor

PV Combiner Box

UKD250H Fully Sealed High Voltage DC Contactor 250A 9-36V

UKD-H series High Voltage DC Contactor is primarily designed for reliable power switching control in critical DC power systems.

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UKD300H Fully Sealed High Voltage DC Contactor 300A 9-36V

UKD-H series High Voltage DC Contactor is primarily designed for reliable power switching control in critical DC power systems.

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EV Charger Socket 16A 32A 1 Phase 3 Phase 7Pins for Vehicle Charging Station

EV Charger Socket is engineered for robust performance and long-term reliability, meeting stringent international standards for electric vehicle supply equipment (EVSE).

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EV Charger Plug 16A 32A 1 Phase 3 Phase 7Pins for Vehicle Charging Station

EV Charger Plug is engineered for robust performance and long-term reliability, meeting stringent international standards for electric vehicle supply equipment (EVSE).

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UKM32PV DC MCCB 3P 250A 750V for Battery Energy Storage Systems DC Molded Case Circuit Breaker

The Kripal UKM32PV is a robust 3P 250A 750V PV MCCB. Designed for Battery Energy Storage Systems.

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UKM32PV 400A 3P 750V DC MCCB for PV System Molded Case Circuit Breaker

The Kripal UKM32PV is a robust 3-pole 400A mccb designed for 750V DC networks. Engineered for PV systems.

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UKM32PV DC Molded Case Circuit Breaker 1000V 250A 4 Pole DC MCCB CE Certified

Kripal UKM32PV is a 4 Pole 250A 1000V DC Circuit Breaker. It ensures reliable protection for solar PV and energy storage systems.

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UKM32PV 400A 4 pole 1000V DC MCCB 4P DC Circuit Breaker CE Certified

UKM32-250PV DC Molded Case Circuit Breaker is designed for photovoltaic power generation and distribution systems.

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UKM5DC-250 2 Pole 250 amp DC MCCB CE Certified

The UKM5DC-250 2 Pole 250amp dc mccb is designed for DC distribution and energy storage systems.

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Direct Manufacturer. 100% Rigorously Tested

Reliable Solar DC Electrical Components for Commercial PV Systems

Commercial solar and Battery Energy Storage Systems (BESS) operate on high-voltage continuous direct current. Standard AC protection simply cannot safely break a DC circuit. To prevent electrical arcs and system downtime, you need purpose-built protection. KRIPAL manufactures a complete range of solar DC electrical components rated for 1000V to 1500V DC. From rapid-response isolator switches to heavy-duty PV combiner boxes, our components feature advanced magnetic arc-extinguishing technology and flame-retardant housings. We build our products to keep your solar infrastructure safe and operational, even in extreme outdoor conditions ranging from -40°C to +85°C.

Tailored OEM & ODM Solutions for Global EPC Contractors

We work directly with distributors, system integrators, and EPC contractors to deliver solutions that fit specific project demands. As a direct manufacturer, we offer:

Custom Enclosures: Tailored PV combiner boxes with specific waterproof ratings (IP65–IP67) and UV-resistant materials for harsh outdoor environments.
Flexible Configuration: Integration of specific string inputs, DC MCBs, and SPDs to match your exact energy storage or solar array design.
Direct Manufacturer Pricing: Cut out the middlemen and work directly with our engineering team for bulk orders and project pricing.
Certified Compliance: All customized DC protection units are backed by CE, CB, TUV, SEMKO, LVD certifications, ensuring your projects pass local grid-connection inspections without delays.

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Frequently Asked Questions

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Why is DC-specific protection critical for Solar PV systems?

DC circuits lack a zero-crossing point, making electrical arcs significantly harder to extinguish than in AC systems. Using standard AC breakers in PV applications is a direct fire hazard. Our DC components utilize specialized magnetic arc chutes (arc-blowout technology) to actively stretch and interrupt sustained arcs at up to 1500V DC.

Does KRIPAL provide customized solutions for EV charging infrastructure?

Yes. We manufacture OEM/ODM components for EVSE (Electric Vehicle Supply Equipment) networks. Our portfolio includes IEC 62196-2 compliant Type 2 connectors and heavy-duty high-voltage DC contactors engineered specifically for DC fast chargers and BESS setups.

Are your solar components compliant with international safety standards?

All components are type-tested and certified to relevant IEC/EN standards. Our current certifications include TUV, CE, CB, and SEMKO, ensuring immediate compliance for grid-tied and off-grid EPC projects globally.

What is the maximum voltage rating for your DC MCCBs?

Our UKM5DC series molded case circuit breakers (MCCB) are designed for high-capacity applications, supporting DC distribution and energy storage systems with ratings up to 1500V and 400A.

What are the environmental operating limits for KRIPAL outdoor components?

Enclosures and switch disconnectors are molded from UV-stabilized, flame-retardant materials. The standard operating temperature ranges from -40°C to +85°C, with ingress protection ratings from IP65 to IP67, depending on the specific component.

Do you support OEM/ODM customization for project-specific demands?

Yes. As the original manufacturer, we provide direct engineering support for EPCs and integrators. We can customize internal wiring schematics, component selection (fuses, MCBs, SPDs), enclosure IP ratings, and terminal blocks to match your exact project specifications.

How do your PV Combiner Boxes integrate into system designs?

By aggregating multiple PV strings into a single DC output, they minimize line losses and field wiring costs. Our enclosures come pre-wired with matched DC MCBs, Type 2 SPDs, and gPV fuses. We build to IP65/IP66 standards, ensuring streamlined field installation and targeted fault isolation.