**Stop reverse current and hot-spot damage — before it starts.**

When one panel in a string is shaded, it doesn't just underperform — it can become a load, heat up, and drain power from the healthy panels. This inline MC4 diode drops straight into your string and gives you a dedicated bypass or blocking diode in seconds, no soldering, no junction box surgery. Just plug it in and the diode does the rest: it blocks reverse current at night and around shading, keeping healthy panels working at full power.

Available in 10A, 15A, 20A, and 30A ratings to match your panel short-circuit current. The housing is the same UV-stabilized PPO and tin-plated copper as our MC4 connectors, sealed to IP67 once mated, rated for -40°C to +85°C and tested to IEC 62852. No heat-shrink, no crimping, no guesswork about diode orientation — the arrow on the body shows you the flow direction.

Sold as one pre-wired inline diode connector (male to female). Choose your current rating at checkout.

> **Protect every string, panel by panel.**
>
>
> A ground fault or a shaded panel shouldn't take down the whole array. This inline MC4 fuse holder drops straight into your PV string and gives each branch its own overcurrent protection — no combiner box, no DIN rail, no extra wiring. Just plug it between the panel and the rest of the string and slide in a standard 10×38mm solar fuse (1A to 32A, your choice). If a fault hits that branch, the fuse blows — and every other panel keeps running.
>
>
> The housing is UV-stabilized PPO rated UL94-V0, with tin-plated brass contacts for low resistance and corrosion resistance. Once mated it seals to IP67, so rain, dust, and snow never reach the fuse element. Rated for 1000V / 1500V DC working voltage, tested to IEC 62852, and built for -40°C to +85°C rooftop service. The screw-off end cap makes fuse swaps fast even on the roof — no special tools.
>
>
> Sold as one inline fuse holder (male to female). Fuse cartridge not included — pick the

This T-branch MC4 manifold replaces messy Y-harnesses and field-made parallel runs with a single, factory-sealed junction block. One main feed goes to the inverter or combiner box; N branches plug straight into your panel outputs, so the whole array ties together in minutes. No crimping, no extra extension cable, no waterproof tape — just plug and lock.

Built for real rooftop and ground-mount arrays, the housing is molded in UV-stabilized PPO rated UL94-V0, with tin-plated brass contacts that resist salt spray and high humidity. Once mated the whole thing seals to IP67, so rain, dust, and snow never reach the busbar. The snap-in MC4 locks hold tight against wind-driven panel movement, and the operating range covers -40°C winter install to +85°C summer rooftop heat. TUV tested to 6KV hipot and rated for 50A continuous, 1000V DC.

Available in 1-to-2, 1-to-3, 1-to-4, 1-to-5, and 1-to-6 configurations — order the branch count that matches your string.

Skip the crimping tool and the guesswork. This pre-assembled MC4 Y-branch harness lets you combine two solar panels into a single string in seconds — just plug and lock. One male end feeds the inverter or combiner box, while two female ends drop straight onto your panel outputs, so parallel wiring stays clean, neat, and factory-sealed. The 300mm cable gives you enough slack to route around mounting rails without straining the connectors, and the snap-in MC4 locks hold tight against wind-driven panel movement. IP67 sealed once mated, rated for 1000V / 1500V DC at 30A, and built to run from -40°C winter cold to +90°C rooftop summer heat. Sold as a complete 1-to-2 Y harness, ready to install out of the bag.

Built for real rooftop and ground-mount solar arrays, these MC4-compatible connectors deliver a rock-solid, weatherproof link between solar panels, inverters, and combiner boxes in 1500V PV systems. Tinned-brass contacts shrug off salt spray and high humidity, while the IP67 seal locks out rain, dust, and snow once mated. The snap-in mechanism makes field assembly fast and tamper-proof — no accidental pulls, no loose connections at the busbar. Rated for continuous operation from -40°C to +90°C, molded in UL94-V0 flame-retardant PC/PPO, and tested to IEC 60068-2-52 salt-mist standard. Sold as matched male/female pairs, ready for 4mm² solar cable.

The Solis Microinverter Rapid Shutdown Device is a critical safety component integrated with Solis microinverters to ensure full compliance with National Electrical Code (NEC) rapid shutdown requirements. Engineered for stable and reliable performance, it automatically reduces the DC voltage in the array wiring to a safe level within seconds of a system shutdown or grid outage. This crucial function protects emergency responders, maintenance personnel, and homeowners from hazardous high voltage. Designed for seamless compatibility and robust operation, it enhances the inherent safety of any solar installation using Solis microinverter technology, providing peace of mind without compromising system performance or energy harvest.

The Solis Export Power Manager is an advanced smart energy device designed for real-time data collection and dynamic control of power flow in solar installations. It continuously monitors the energy consumption of a property and the solar energy being exported to the grid. When pre-set export power limits are approached, it intelligently signals compatible Solis hybrid inverters to curtail their output, ensuring strict compliance with grid connection agreements. This solution eliminates the risk of grid violations, protects connection entitlements, and maximizes self-consumption of solar energy. Ideal for sites with strict grid export limits, it provides a seamless, automated, and reliable method for managing energy flows and optimizing a system's financial and operational performance.

The Solis 800V 800A AC Combiner Box is a critical and robust component designed to streamline and protect the AC side of large-scale photovoltaic systems. Engineered for utility and commercial applications, it consolidates the AC outputs from multiple string inverters into a single connection point for the grid or main distribution panel. Rated for up to 800V and 800A, it is built to handle high-power environments with exceptional reliability. Key features include integrated Over-Current Protection Devices (OCPDs) like fused disconnects, a built-in Surge Protection Device (SPD), and a secure, IP65-rated enclosure. This combiner box simplifies wiring, enhances system safety, and facilitates easier operation and maintenance.

The Solis 800V 630A AC Combiner Box is a critical and robust component designed to consolidate and protect the AC outputs of multiple solar inverters in large-scale PV systems. Rated for 800V and 630A, it efficiently channels the combined power from numerous inverter strings to the main grid connection point. This unit integrates essential safety features, including circuit breaker protection and a built-in lightning arrester, to safeguard the system against overcurrent and voltage surges. Built with a durable, corrosion-resistant enclosure (typically IP65), it ensures reliable operation in demanding outdoor environments. By centralizing connections and disconnections, it simplifies system maintenance, enhances safety, and is an indispensable part of any utility or commercial solar installation.

The Solis 800V 1000A AC Combiner Box is a high-capacity, robust component engineered for the consolidation and protection of AC power in utility-scale and large commercial PV systems. Rated for 800V and a substantial 1000A, it is designed to efficiently aggregate the output from a vast array of three-phase inverters into a single feed to the main grid connection. This unit integrates critical safety features, including heavy-duty circuit breakers and a lightning surge arrester, to provide comprehensive protection against overcurrent and voltage spikes. Housed in a durable, weatherproof (IP65) and corrosion-resistant enclosure, it guarantees reliable performance in the most demanding outdoor environments, ensuring system safety, simplified maintenance, and centralized control.

The Solis WiFi Data Logger is a compact and essential communication device designed to enable real-time monitoring and data collection for your solar energy system. Featuring a simple USB connector for easy plug-and-play installation with compatible Solis inverters, it seamlessly connects your system to your local WiFi network. This allows for the continuous transmission of performance data—including power generation, energy yields, and system status—directly to the Solis Cloud monitoring platform. By providing instant access to this information on your smartphone or computer, the data logger empowers you to optimize your system's performance, receive timely alerts, and maximize your investment returns.

The Solis Wi-Fi Data Logger is a compact and essential communication device designed to enable real-time monitoring and data collection for your solar energy system. Featuring a standard 4-pin connector, it ensures seamless and plug-and-play compatibility with a wide range of Solis inverters. Once connected, it transmits vital performance data—including power generation, inverter status, and energy yields—securely to the Solis Cloud platform via your local Wi-Fi network. This allows system owners and installers to monitor their solar assets remotely from anywhere in the world using a smartphone or computer, facilitating proactive maintenance and maximizing system uptime and performance.