The pandemic witnessed an increasing demand for solar PV inverters as a result of increasing electricity consumption. These inverters proved ideal in supporting the varied energy needs of people, especially households. Further, these solar PV inverters were used to generate electricity for electronic devices such as laptops, computers, fans, air conditioners, and others, which put pressure on the functioning of these inverters. With the increasing need for solar power, many types of inverters are produced and developed by manufacturers to facilitate clean energy. Furthermore, due to the wide use of solar inverters for various energy purposes, it has become necessary to regularly inspect and certify solar PV systems. These inverters need regular testing and certification for reducing the risk of faulty installation, system design errors, over-usage metrics, improper maintenance, and others. Hence, demand for solar PV testing and certification increased during the pandemic for maintaining the efficiency of inverters. However, these services also faced some restrictions due to the global lockdown, as there were limitations on the movement of people and social distancing norms enforced. Moreover, due to the closure of factories and manufacturing centres, the production of solar PV inverters was halted, which resulted in a disrupted supply chain. Further, there was an increasing load on the solar PV inverters, which increased voltage and system failure resulting in the need for testing these devices and analyzing the defects. Moreover, unforeseen climatic conditions and the absence of testing and certification services due to the lockdown resulted in damage to solar PV inverters and raised operational costs for consumers.
Apart from this, post-pandemic increasing energy demand globally increased the need for storing solar energy and hence gave rise to battery solar PV inverters for energy storage, which gradually increased the demand for hybrid solar PV inverters and in turn boosted the demand for solar PV testing and certification services. Further, owing to increased pollution, the carbon footprint has increased, which has given rise to carbon footprint verification test services among consumers. This test helps to assess the quality of solar PV inverters and the amount of carbon footprint generated during the product lifecycle of the inverter. Therefore, these tests and certifications help to reduce pollution and increase the usage of green and sustainable technologies.
However, there are some restraints to this market which include increasing service fees for testing and certification services resulting in avoidance or ignorance on the part of consumers for regularly maintaining solar PV inverters.
Standalone or Off-Grid Inverters
Grid-Connected Inverters
Hybrid Inverters
IEC Certification Test
STC Certification Test
NOCT-Test
CFV Test
Others
Household
Commercial
Industrial
Others
North America
Europe
Asia Pacific
Middle East and Africa
South America
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