A Glossary of Common Terminology used in Solar Industry | Freyr Energy

A Glossary of Common Terminology used in Solar Industry

A Glossary of Common Terminology used in Solar Industry

If you’ve been looking to purchase a solar system for your home or business you might have come across some unfamiliar terminologies or industry jargon. This article tries to explain and simplify some such key terminologies in the industry.

So, let us start with what is solar power? Solar power is the conversion of the energy from the sun’s radiation into thermal or electrical energy. Solar energy is a clean source of power and choosing Solar has many benefits. It can help you reduce your electricity bill by up to 90%, it has low maintenance and a life of 25 years to name a few.

● Solar Panel Solar panels are used to convert sun rays into electricity. This is done with the help of Solar cells. A solar cell is an electrical device that converts light energy directly into electricity. Electricity is generated when the solar cells are exposed to photons or light particles.

● Inverter An inverter is a type of electrical converter. It is used to convert the variable direct current from solar panel into a utility frequency alternating current. This current can be transferred into an electrical grid or used by a local, off-grid electrical network.

● ACDB and DCDB ACDB (AC distribution box) and DCDB (DC distribution box) are key components on your solar plant. The ACDB is used to protect the system in case of any failure on the load side while Solar DCDB is used to protect against faults and failures on the DC side.

● RMS (remote monitoring system) A solar RMS (Remote Monitoring System) is used to check the performance of the solar power plant remotely. It is crucial to keep track of the solar system’s performance. We have integrated the solar RMS from your inverter with our App – SunPro+. This ensures that you can easily track the system performance and you also notified in case of any issues.

● Grid Electricity An electric grid or power grid is used to deliver electricity from producers to consumers. It links the generation, transmission and distribution units.

● Net Meter & Gross meter Net meter helps to track the net energy/electricity used i.e,the difference between the energy consumed and generated. In net metering the units of electricity consumed are adjusted against the units exported and the consumer avails an equivalent reduction in their electricity bill. In gross metering the consumer is compensated a fixed tariff for the units generated.

● CAPEX CAPEX or the capital expenditure model, is a self-funding model for owning a solar plant. The customer has to bear the entire expense of installing and owning the rooftop solar system. The entire payment is usually done upfront.

● OPEX In OPEX model the developer installs the solar plant on the clients roof. In this model, the developer owns the solar plant for a fixed period of time and the consumer pays only for the units of electricity generated. The maintenance of the plant is the responsibility of the developer.

● Accelerated depreciation To promote Solar power amongst corporates and private sector the Indian Government provides benefits of accelerated depreciation. Through accelerated depreciation, the business can claim or avail higher rate of depreciation reducing the tax payout. The current rate of acceleration that can be claimed for solar rooftop is 40% annually.

● Balance Of System (BOS) BoS refers to all the components that are used to install the solar system apart from the photovoltaic panels. It includes inverter, cables/wires, switches, enclosures, fuses, ground fault detectors, etc.

● Load A device or component within an electrical circuit that consumes power is commonly referred to as Load. Electrical appliances in a home or machinery in a factor can be examples of loads. Sometimes the power that is being consumed by the device is also referred to as load.

● On grid Solar System An on-grid solar system is connected to the local utility grid. Excess power from the solar system is sent to the utility grid and the consumers are compensated for the power. A net-meter is placed to capture the export and import of the units of power.

● Off-grid Off-grid system uses batteries to store the power generated by the solar system. An off-grid system usually consists of solar panels, battery, charge controller, inverter, mounting structure and balance of systems. For sites with unstable / no grid connectivity, off-grid system is suggested.

● Hybrid systems Hybrid solar system is a mix of both on-grid and off-grid system. They use hybrid inverters and batteries to store excess energy for later use. Storing energy helps hybrid system operate as a backup power supply even during a power outage.

We have tried to capture the most common terminologies. Do let us know if we have missed out any. Wondering how much you can save by choosing solar? Check out here and send us an enquiry to kickstart your solar journey.

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