Solar Market Outlook in Canada
The forecast is bright for the future of the solar energy sector in Canada. In particular, the year 2020 was a promising one for the Canadian solar energy market and it has built a solid foundation for more solar growth in 2021.
The Canadian Renewable Energy Association released a statement citing that the renewable energy market in Canada – not just solar – saw significant expansion in 2020 and it is looking to build on that momentum for 2021 moving forward. This was impressive considering the challenges that faced them in 2020 given the pandemic. For 2020, the total solar capacity reached 2,000 MW, giving Canada sufficient energy storage.
The consistent growth in the solar market is fueled by the increased corporate demand and the policies put in place by the government. Even with the disruptions of 2020, Canada was able to generate 70 MW of solar PV capacity. The three levels of government in Canada will work together to reduce carbon emissions and to facilitate growth in solar PV capacity.
Wind and solar combine to form the largest share in Canada’s renewable energy sector in terms of power generation.
Solar Energy Equipment Supply Capacity in Canada
Canada is one of the leaders in the manufacture of solar equipment. However, there are more available global and online suppliers to cope with the demand for solar components and accessories.
Top Major Seaports & Logistics in Canada
There are more than 500 seaport facilities in Canada. However, the major seaports serving trade and logistics activity include
- Port of Vancouver,
- Port of Halifax,
- Port of Montreal,
- Port of Prince Rupert,
- Port of St. John.
Ground Fault Protection Devices
What are Ground Fault Protection Devices and Detectors?
Ground Fault Protection Devices and Detectors help people to rectify the faults that arise from ground faults. Ground faults are nothing but the inability of the grounding system to pass the extra current to earth.
Earthing is a common practice for all types of electrical systems. Earthing or grounding connects a conductor to the earth and protects the system from damage due to high current or voltage.
In large Solar arrays, grounding faults cannot be manually detected to their large size. Therefore devices and detectors are used to get warnings or alarms whenever there is a discontinuity in the grounding conductor. Timely detection of faults can save costly equipment and protect people from accidents.
Where are Ground Fault Protection Devices and Detectors used?
Ground Fault Protection Devices and Detectors are used in electric systems like Solar Plants with Solar panels or arrays.
Advantages of Ground Fault Protection Devices and Detectors
- Can be applied to single and multi controllers.
- Protects active devices like batteries and transformers.
- Used in place of fuses
- Complete isolation of the Solar Arrays or panels happens upon fault detection.
- Ground faults are easily traced
- Minimal battery power is required
- Compatibility with all kinds of PV arrays
How do Ground Fault Protection Devices and Detectors work?
Ground Fault Protection Detectors measure the voltage between the terminal and the ground potential. Based on the reading the fault is located. If the voltage is high in the grounded portion then the Ground Fault Protection Device acts as a circuit breaker to protect any hazard from happening.
What are some branded Ground Fault Protection Devices and Detectors?
GE is one of the biggest names in electrical instrumentation. GE makes grounding systems to protect the system from high current and voltage damages. Some other brands are
- NK Technologies
- Rockwell Automation
- Steven Engineering
- American Sun Components
- North Coast Electric Co.