PV, short for Photovoltaic, derives its name from the process of converting light (‘photo’) directly into electricity (‘voltaic’). Simply put, a Solar PV system is a power station that generates electricity from sunlight.
The main components of a Solar PV system are:
Solar Panels/Modules: Solar panels consist of a group of small cells made from semiconductor material. When the sun’s light falls on the modules, it excites
the electrons, thereby creating direct current (DC).
Storage Battery: The best use of solar energy is to consume it while it is being generated. If the requirement is to store this power and consume it in the
non-sunny hours, then solar energy can be stored in batteries for later consumption.
Solar Inverter: The DC electricity goes into an inverter that converts it into alternating current (AC). We use AC for running our household or
office or factory equipment.
If you planning to install a solar plant, below are some things to consider:
Most panel manufacturers give warranty of 25 years, however, there have been plants in operations for 40 years as well
There are various factors involved in choosing your PV system. You might want to research on them before choosing the apt model:
– Energy Consumption Pattern
– Power Cuts or outages
– Various Govt. Policies like Net Metering, Grid Power Access or subsidies on Solar power.
Open Access is a concept that enables heavy industrial & commercial users with more than 1 MW connected load to buy cheap power from the open market. Customers can choose from a number of competitive power companies, rather than being forced to buy power from the local utility monopoly. It not only helps in ensuring regular electricity supply at competitive rates but also enhances the business of power markets. Open access helps consumers meet their Renewable Purchase Obligations (RPOs) as well.
BESS is an electrical energy storage system which can provide power as and when required. When paired with PV Systems, it can offer various functionalities like DG Mitigation, Peak Shaving, thereby, increasing the potential savings of the clients. In addition to this, it enhances the flexibility of the client’s power supply, especially for critical facilities which commonly face grid outages.
Energy monitoring system is a system which provides clients with data about their energy consumption patterns and is carried out with the help of energy monitoring device and energy monitoring software that monitors, gathers consumption data, analyses it and then provides valuable information accessible by client using any device at any time. This system helps users understand how much energy they are using and how it is being used.
There are two main buying options available in the market:-
Net Metering is a policy which allows you to sell excess solar power generated back to the grid ensuring maximum savings from the solar plant. For more information on net metering, click here.
Below are the approximate costs for a 100KW set up:
Rs. 65-75 lacs for the household sector
Rs. 55-65 lacs for larger commercial & industrial sector
Utility-scale is even cheaper owing to economies of scale
To get the plant size and cost most relevant to you, check out our solar calculator
Solar power is much cheaper than the power from grid and diesel generators. Today average cost of power from solar is Rs. 4.5-5 per kWh (For commercial and Industrial segments) while the average cost of power from the grid is Rs. 7 per kWh and Rs 16 per kWh from a diesel generator. (A litre of diesel generates around 3-4 kWh).
In OPEX model with no initial capital investment from the client, systems start paying for itself immediately as solar Tariff is way lesser than your current cost of power from Distribution company and Diesel Generator Backup set. And as the gap between solar tariff and the grid tariff increase over the years; the savings also increase.
It can range between 2-10 weeks depending on the complexity of the project.
If your roof is not having any shade from adjacent buildings, trees etc and its structure is not delicate then your roof is suitable for installation of solar plant. Solar plant can also be installed on car parks, open shade ground within your premises by erecting special mounting structures.
A proper evaluation will be done by Amplus to see if the solar plant can be put up on your premises.
The annual maintenance cost is not very significant as the system only requires cleaning of modules (every 2-3 weeks) and basic preventive and corrective electrical maintenance (every 3 months) Water is generally used to clean the panels – Typically 5 litres of water is required for a KWh. Amplus will take care of the operation and maintenance of the plant at its own cost for the tenure of PPA tenure.
No permissions are required if you are installing an off-grid solar PV system. But in case you wish to integrate your solar system with the grid to avail net metering option, certain permissions are required to be taken from the respective DISCOM and the state government.
This would depend on various factors such as the shadow-free area available, the orientation of the roof etc, however, as a thumb rule, we can assume 1KW plant requires 12 sq meters of shade-free area.
Amplus uses non-penetrating structures which are mounted without any puncturing. Thus, the integrity of the roof is maintained. The load of the entire solar plant is about 10-15 kg/square meter and can easily be taken by any roof
It is advisable to install an energy monitoring system along with your solar plant that will allow you to compare the actual with the estimated performance on daily, monthly and annual basis.
Following factors should be kept in mind:-
On an average, every 1 KW setup produces 1300 to 1500 units in a year. This may, however, vary based upon the location of the plant, seasonal factors, surroundings and shadow-free area available. You can consider 1400 units for sake of calculations.
Solar Power is an intermittent source of energy depending on irradiation, the temperature of the region and a lot of other environmental factors. Hence, a 100 kW plant won’t produce 100 kW power.
The electricity generation of the plant suffers during rainy and cloudy days especially during the monsoon season, but the generation never drops to zero. The loss of generation during monsoon and other rains is already adjusted in the 1.3 to 1.5 Lakhs unit/100kWp/annum generation number.
No, Solar energy is integrated into the LT panel of consumer premises, wherein DG, Grid or other generator sources would be feeding power as of now. When solar energy is injected, the equipment is unaware of the source from which power is feeding in. Hence it is not possible to segregate the loads on basis of the power source.
Technically yes, a solar plant can meet your entire power requirement if it is backed by battery energy storage system (BESS). But practically, for commercial and industrial users where the power requirement is higher, it would be recommended to use solar in sync with the grid. When in sync, priority is automatically given to the solar power to be consumed first.
The Solar plant will generate electricity only during the Sunny hours, typically between 6 A.M. to 6 P.M and will not generate any electricity during the night.
Since Solar PV works based on the amount of sunlight it receives, it starts generating the output at around 6 am in the morning and stops at about 7 pm in the evening depending on the plant location. The generation increases gradually and peaks at noon and then gradually decreases as the Sun goes down. Since it’s a grid interactive plant the functioning of your electrical equipment is not affected.
Amplus offers a Grid Interactive Rooftop Solar plant which matches the frequency and voltage of your Grid and Diesel Generator and runs in sync with them. The electricity created by the solar plant is exactly like the one you are sourcing from Grid/DG and it will be fed in simultaneously with them. Thus, there will be no voltage fluctuations and you can use/connect any number of heavy loads equipment.
Amplus Solar is a dedicated distributed solar power developer catering to industrial and commercial clients.
Amplus works on OPEX model or RESCO model:
Listed below are core strengths of Amplus. This makes Amplus stand out among its counterpart:
Generally, the asset is transferred to the client at nominal value. However, this will vary depending on the final commercial agreement between the client and Amplus.
Amplus has developed a proprietary client selection model and undertake the comprehensive analysis for entering contractual arrangement with any client. The Client selection model broadly comprises analysis on
Yes, in case if the clients are not having enough area within their premises for an onsite solar plant, Amplus will help them meet the electricity needs by supplying solar power from its off-site open access solar park through state transmission. Amplus has established the capacity of 200+ MWp in open access solar.
Yes. Amplus can structure the tenure of PPA and tariff as per requirement of the customer. The solar tariff can be flat over the tenure or escalating or combination of flat & escalating or any other customized tariff stream.
Amplus at its own cost takes the complete responsibility of taking all the necessary regulatory approvals and permits required for the operation of the solar plant.
Yes. Amplus obtain all necessary insurance policy which meets the prudent framework of plant insurance. Amplus avails comprehensive Construction, Insurance and Operations Insurance. Amplus complies with all statutory requirements including the workman compensation policy. Additionally, Amplus takes insurance of significant sum insured towards third-party liability.
Our Installation size typically start from around 100 KW.
Yes, Amplus solar is one of the first movers in the Indian industry to provide solar energy solution combined with Battery Energy Storage System (BESS) for commercial and industrial entities in both OPEX and CAPEX model.
Below are the basic requirements Amplus needs to assess:
You can write a mail to Amplus or you could fill the form.
Sales support: 1800-3070-8080