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Switzerland

Solar Market Outlook in Switzerland

Switzerland is one of the fastest growing energy markets in the world. The year 2020 marked a 30% growth rate in the country’s solar market. This growth was backed by the deployment of more than 430 MW of new solar power systems (versus 330 MW of solar deployments in 2019).

The Swiss Ministry of Energy has lofty goals for the country’s solar energy market, too. Based on its “Energy Strategy 2050”, they are targeting 37.5 GW of solar PV installations by 2050.

While some markets have suffered a decline during the pandemic, it seems to have a reverse effect in the Swiss solar energy market. It seems as though the pandemic has given customers in the residential and industrial segment to push through with their renewable energy projects, which includes solar PV installations. It also signaled higher availability of capital to invest on solar projects due to limited spending.

Despite the impressive growth, the proponents of the solar energy programs in Switzerland report that the current numbers are not enough to achieve its climate target.

Solar Energy Equipment Supply Capacity in Switzerland

Switzerland is home to some of the top manufacturers and suppliers of solar energy equipment in the world. This proves advantageous to the residential and industrial consumers of solar energy supplies as they have access to high-performance solar panels, components, and parts from top brands. 

Top 8 Major Seaports & Logistics in Switzerland

There are several major seaports in Switzerland providing a gateway for logistics companies to transport imported goods and various products in and out of the country. The following are the major seaports in Switzerland:

  • Bern
  • Basel
  • Geneva
  • Zurich
  • Moehlin
  • Montlingen
  • Rothenburg
  • Lugano

These seaports provide convenient access for transporting and handling solar power equipment and supplies to and from Switzerland.

Electric Breaker used for below projects in Switzerland

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Electric Breaker

Electric Breakers

When installing a solar panel system, you have to be familiar with the electric breakers and how it works with a solar PV system to avoid future electric problems. The electric breaker is one of the main components of a solar power system that provides safety mechanisms. If ever the electrical wiring of your system has too much current flowing through it, these breakers can easily cut the power until your solar installer can fix the system’s problem. 

For today’s article, we will discuss electric breakers and their function in solar photovoltaic systems.

What is an Electric Breaker?

An electric or circuit breaker is an electrical switch designed to protect electrical circuits from damage caused by overloading of current or a short circuit. The basic function of an electric breaker is to prevent the current flow once protective relays detect a fault in the system. 

Although it is frequently interchanged with a fuse, which is the simplest Over Current Protection device (OCPD) in electrical circuits, a circuit breaker, is a much-evolved type of device that interrupts the current flow. The main difference between the two is electric breaker is resettable and the fuse is not. The fuse sacrifices itself while protecting the system to overheat, while the circuit breaker can withstand hundreds and thousands of operations. Another difference is that electric breakers are used with relatively higher currents. 

Components of Circuit Breaker

A circuit breaker system is composed of three parts. These three components are the sensing system, relay, and the combination of contacts and the contact actuator. A sensing system is responsible for detecting an overload situation, while a relay is responsible for transferring the information to the switching arrangement, and the combination of contacts and the contact actuator. This electric arrangement is usually observed in power transmission and distribution networks dealing with very high currents, voltages, and powers. 

Circuit Breakers Calculation in Solar Panel Systems

When connecting circuit breakers to the PV system, you have to follow the recommended calculations to avoid future problems and damage to the entire system. The recommendations for using overcurrent protection devices including circuit breakers in solar modules against overloading conditions are given in IEC 60269-6 (volume 6 of IEC 60269-6) and also UL 248-19. 

For circuit breakers, IEC recommends a 20% and 25% margin in voltage and overload current. Most of the time, the ratings are specified by the solar manufacturers at given ambient conditions. If the temperatures exceed this given value, derating must be applied according to the manufacturer’s specifications. 

When it comes to breaker sizes for solar panels, NEC requires the breakers to be sized at 125% of the inverter’s rated output. So a 7680W inverter that outputs 240V, outputs 32A (7680W ÷ 240V = 32A). That requires a 40A breaker (32A x 125% = 40A).

Final Thoughts

If you owned a solar panel system at home,  you have to understand how circuit breakers work to prevent catching fires at home. These devices are one of the major components of the PV solar system as they protect the system wiring from getting too hot and accidentally catch fire if short circuits occurred. Thus, understanding the breaker itself and its proper calculations in the PV system should be done.

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