Rapid Shutdown

Model:SE-SRSD-001

Applications

The rapid shutdown device manages access to the PV modules, controlling their connection to the string or initiating disconnection. It swiftly reduces the PV system string voltage to individual module voltage with a response time of less than 5 seconds.

Product Features

1. Rapid shutdown switch features MOS internal resistance below 3mΩ, ensuring low power consumption and high current.
2. The system monitors module voltage, current, and operational status.
3. The controller, enabling remote wireless control of PV module on/off functionality, instantly displays operating parameters on the control panel.
4. Each rapid shutdown controller oversees the on/off status of a single PV module.

Rapid Shutdown

$39.9

Model:

SE-SRSD-001

Applications

The rapid shutdown device manages access to the PV modules, controlling their connection to the string or initiating disconnection. It swiftly reduces the PV system string voltage to individual module voltage with a response time of less than 5 seconds.

Product Features

1. Rapid shutdown switch features MOS internal resistance below 3mΩ, ensuring low power consumption and high current.
2. The system monitors module voltage, current, and operational status.
3. The controller, enabling remote wireless control of PV module on/off functionality, instantly displays operating parameters on the control panel.
4. Each rapid shutdown controller oversees the on/off status of a single PV module.

SE-SRSD-001

2024

New Design

4000g

Extremely Light

30s

Less Than 0.5 Minute

99%

Kinds Of Balconies Covered

100%

Tested And Certificated

25y

Same Power Warranty

0
New Design
0 s
Less Than 0.5 Minute
0 %
Tested And Certificated

Schematic of the power station:

Schematic of the power station:

SRSD001 Wiring Methods:

SRSD001 Wiring Methods:

Ensuring Solar Power Station Safety with Rapid Shutdown

Solar rapid shutdown systems play a crucial role in enhancing the safety of solar power installations, especially on rooftops of residential and commercial buildings. Key reasons for incorporating rapid shutdown in solar power stations include:

Firefighter Safety

In case of a fire, rapid shutdown systems enable quick de-energization of the solar array, reducing the risk of electric shock for firefighters navigating the roof.

Electrical Safety

Maintenance or emergency situations require the de-energization of solar panels to prevent electrical shocks to workers and others in proximity to system components.

Compliance with Codes and Regulations

Many regions mandate rapid shutdown capabilities in electrical codes to enhance safety. For instance, the National Electrical Code (NEC) in the United States specifies requirements for rapid shutdown of PV systems on buildings.

Equipment Protection

Rapidly shutting down the solar power system can prevent further damage to equipment in the event of a fault or abnormal operating conditions.

Public Safety

Damaged solar power systems due to extreme weather, accidents, or other reasons can pose risks to the public. A rapid shutdown system can swiftly de-energize the system, mitigating this risk.

Insurance Requirements

Some insurance companies may stipulate the installation of a rapid shutdown system as a condition of coverage for a solar power system.

The technology for rapid shutdown typically involves a means to quickly disconnect power generation from the solar panels, either at the module level, string level, or both. This is often achieved using specialized equipment such as module-level power electronics (MLPEs) like microinverters or DC optimizers, capable of isolating individual panels. Alternatively, a central inverter can rapidly disconnect the entire array.

In summary, rapid shutdown systems are essential for ensuring the safety of individuals around solar power installations and for complying with safety regulations and standards. They provide a swift and effective method to de-energize the system, mitigating potential hazards.

Ensuring Solar Power Station Safety with Rapid Shutdown

Solar rapid shutdown systems play a crucial role in enhancing the safety of solar power installations, especially on rooftops of residential and commercial buildings. Key reasons for incorporating rapid shutdown in solar power stations include:

Firefighter Safety:

In case of a fire, rapid shutdown systems enable quick de-energization of the solar array, reducing the risk of electric shock for firefighters navigating the roof.

Electrical Safety:

Maintenance or emergency situations require the de-energization of solar panels to prevent electrical shocks to workers and others in proximity to system components.

Compliance with Codes and Regulations:

Many regions mandate rapid shutdown capabilities in electrical codes to enhance safety. For instance, the National Electrical Code (NEC) in the United States specifies requirements for rapid shutdown of PV systems on buildings.

Equipment Protection:

Rapidly shutting down the solar power system can prevent further damage to equipment in the event of a fault or abnormal operating conditions.

Public Safety:

Damaged solar power systems due to extreme weather, accidents, or other reasons can pose risks to the public. A rapid shutdown system can swiftly de-energize the system, mitigating this risk.

Insurance Requirements:

Some insurance companies may stipulate the installation of a rapid shutdown system as a condition of coverage for a solar power system.

The technology for rapid shutdown typically involves a means to quickly disconnect power generation from the solar panels, either at the module level, string level, or both. This is often achieved using specialized equipment such as module-level power electronics (MLPEs) like microinverters or DC optimizers, capable of isolating individual panels. Alternatively, a central inverter can rapidly disconnect the entire array.

In summary, rapid shutdown systems are essential for ensuring the safety of individuals around solar power installations and for complying with safety regulations and standards. They provide a swift and effective method to de-energize the system, mitigating potential hazards.

System Brochure

To install SolarEpoch's flexible light solar panels on the exterior of your balcony, use the attached belts to secure all installation holes and commence the installation.

Ensure that all the holes in the solar modules are securely fastened.

Repeat the initial step and mount all the solar modules onto the balcony rack.

Connect the solar panels individually, and if you require an extension cable, you can purchase it from our SolarEpoch website. Contact our 24/7 customer service before making a purchase, and we’ll provide complimentary cables if you specify the required length.

After ensuring the proper connection of all solar modules, insert the cable into the micro-inverter, allowing the balcony solar system to be seamlessly integrated with the electricity grid.

Why Choose Us?

Silicon crystalline solar modules are engineered for a 25 to 30-year power generation lifespan, mirroring the duration of our warranty. Our electrical components undergo rigorous testing in third-party laboratories, such as UL/TUV, ensuring optimal performance and reliability. Manufacturing processes are closely monitored by SolarEdge technicians, each boasting over a decade of experience in solar product manufacturing. We actively analyze feedback from both our factory and customers to inform and implement continuous improvements for the next generation of solar products.

SolarEpoch provides round-the-clock online support, available 24/7, for technical issues and after-service inquiries. Kindly email us with the details, and we will diligently assist you with our best efforts. We value and welcome your feedback to enhance our products and related services.

We hold ourselves accountable to our customers, ensuring that the product quality and service delivery align with our promises. Our team is dedicated to delivering value through our solar modules, solar systems, smart solar modules, and monitoring platform. We stand firm in our commitment, leaving no room for excuses if expectations are not met.

SolarEpoch, backed by self-owned factories and robust supply chains, meticulously manages all materials in accordance with certified Bill of Materials (BOM). By eliminating intermediary trading processes and leveraging modern commercial tools such as online shops and TikTok direct selling, we have successfully reduced costs. Our overarching goal is to empower customers to make direct purchases from our factories.

At SolarEpoch, every member of our team, from management and online supervisors to sales and after-service leaders, has demonstrated their capabilities in delivering flawless products and wholehearted customer service. We take pride in considering our team as the most valuable asset of the company.

Built on SolarEpoch’s innovative and dependable technologies, we provide extended workmanship and performance warranties compared to our market competitors. Take, for instance, our recently launched thin double glass bi-facial module, for which we offer a global warranty of 30 years plus an additional 30 years, showcasing our commitment to customer satisfaction and product durability.

As a leading provider of solar products, our team comprises skilled designers, engineers, and service experts.

We specialize in delivering top-quality solar modules, solar systems, solar batteries, smart solar modules, and exceptional services to meet your renewable energy needs. service experts.

Why Choose Us?

As a leading provider of solar products, our team comprises skilled designers, engineers, and service experts. We specialize in delivering top-quality solar modules, solar systems, solar batteries, smart solar modules, and exceptional services to meet your renewable energy needs.

Silicon crystalline solar modules are engineered for a 25 to 30-year power generation lifespan, mirroring the duration of our warranty. Our electrical components undergo rigorous testing in third-party laboratories, such as UL/TUV, ensuring optimal performance and reliability. Manufacturing processes are closely monitored by SolarEdge technicians, each boasting over a decade of experience in solar product manufacturing. We actively analyze feedback from both our factory and customers to inform and implement continuous improvements for the next generation of solar products.

SolarEpoch provides round-the-clock online support, available 24/7, for technical issues and after-service inquiries. Kindly email us with the details, and we will diligently assist you with our best efforts. We value and welcome your feedback to enhance our products and related services.

We hold ourselves accountable to our customers, ensuring that the product quality and service delivery align with our promises. Our team is dedicated to delivering value through our solar modules, solar systems, smart solar modules, and monitoring platform. We stand firm in our commitment, leaving no room for excuses if expectations are not met.

Built on SolarEpoch’s innovative and dependable technologies, we provide extended workmanship and performance warranties compared to our market competitors. Take, for instance, our recently launched thin double glass bi-facial module, for which we offer a global warranty of 30 years plus an additional 30 years, showcasing our commitment to customer satisfaction and product durability.

SolarEpoch, backed by self-owned factories and robust supply chains, meticulously manages all materials in accordance with certified Bill of Materials (BOM). By eliminating intermediary trading processes and leveraging modern commercial tools such as online shops and TikTok direct selling, we have successfully reduced costs. Our overarching goal is to empower customers to make direct purchases from our factories.

At SolarEpoch, every member of our team, from management and online supervisors to sales and after-service leaders, has demonstrated their capabilities in delivering flawless products and wholehearted customer service. We take pride in considering our team as the most valuable asset of the company.

Our Offers

Not only the products and services, we also share the news of solar industry and answer the frequantly asked questions to help our customers to detect the market trend and select the most proper products which are suitable for their usage; SolarEpoch built a knowledge center to spread the interesting things from solar industry and the media center will bring you the latest videos which are brilliant.

What Is The N-type Solar Module?

Common Problems With
Solar Panels

Will The Solar Price Go Down Rapidly?

Common Problems With
Solar Panels

What Is Happening In Solar Industry?

Common Problems With
Solar Panels

Our Offers

Not only the products and services, we also share the news of solar industry and answer the frequantly asked questions to help our customers to detect the market trend and select the most proper products which are suitable for their usage; SolarEpoch built a knowledge center to spread the interesting things from solar industry and the media center will bring you the latest videos which are brilliant. 

What Is The N-type Solar Module?

N-type solar module was used in the satallites 60 years ago, but when the industry evoloved...

Will The Solar Price Go Down Rapidly?

Recently the solar product prices went lower and lower, will this trend last to ...

What Is Happening In Solar Industry?

700W plus solar modules will be published in the next several months...

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