Soralite Power provides engineering solutions for grid-tied and off-grid solar rooftop power plants between 1 kW to 100 kW in size. They offer feasibility studies, design, installation, commissioning, and long-term maintenance for both commercial and residential customers. Their services help customers reduce electricity costs through solar power generation and earn tax benefits from investments in solar energy systems.

1. SORALITE POWER

2. 1. About Us
We are the group of engineers and having the industry knowledge and technology to provide
the appropriate solutions for the customer in the solar rooftop market. We offer the smart energy
salutation for the following category.
 Grid- tie solar rooftop system.
 Off- grid solar system with battery backup.
We offer a complete end to end solution for the solar rooftop power plants
(1kw to 100Kw):
 Feasibility studies and technical / economic consulting
 Basic and detailed engineering
 DPR Preparation
 Budgeting and costing
 Plant engineering
 Comprehensive plant management
 Systems integration
 Project direction, planning, construction, and start-up
 Turn-key project, EPC
 Annual Maintenance

3. 2. About Solar Power
 Solar energy is a clean energy and renewable energy source which reduced your
carbon footprints and provide reliable power without any pollution.
 Once solar power plants installed, it generated power free of cost up to 25 years
(very few maintenance cost). This ensure a high return on investment in the
long term.
 Solar PV panels provide effective solution to generate power in peaks in
summer’s months. You can reduced the electricity bill in summer by using the
grid connected power plants.
 Solar PV plants generate power in silent way there is no sound pollution. This
makes them a perfect solution for those who don’t want to hear the generator
noise.
 Solar PV plants doesn’t have moving parts (without sun tracking system)
consequently they have far less operating and maintenance cost as compare to
the other generating system.

4. 3. Benefits of Solar Power
1. Save Money:
Every year electricity prices increased by an average of 10% to 15% across the country due
to the increase in demand for power. By investing into a Solar installations the cost of power will
remains unchanged for the entire lifetime of the plant (25 years or more) thereby safeguarding
you against Electricity Bills.
Current electricity rate of the Delhi:
Sr. No. Unit Consumption Domestic Non-domestic Industrial
1 0-200 4.00
8.8 to 9.95 8.45 to 9.50
2 201-400 5.95
3 401-800 7.30
4 801-1200 8.10
5 Above 1200 8.75
Other Charges: Electricity duty + surcharge + electricity tax
Now as per the study the grid price increase and solar generation price decrease year by year.
Old
Electricity
Bill
New Bill
Solar
Contributio
n
Saving

5. Now after installing the solar power plant on the roof you can save the electricity bill.
So you can save the money by installing the solar power plant.
Saving
Old Electricity Bill
New Bill with Solar

6. 2. Tax Benefits:
If you are eligible to avail of Accelerated Depreciation, investing into Solar simply
substitutes your Tax outflow into a Capital Investment which guarantees you Returns for up to
25 years as is illustrated below. Not only this, the income earned from Solar Investments made is
considered Tax Free by the Income Tax Authorities for a period of any 10 consecutive years
within 15 years of making the solar investment.
a. 80% acceleration depreciation benefits for the industrial and commercial buildings of the
solar power plant cost.
b. 10 year tax holiday.
For Example:
Taxable income 1,000,000.00
Tax payable without solar investment (a) 330,000.00
Disposable income 670,000.00
Now
Installed the solar power plant cost @ 10 lack (b) 1,000,000.00
80% AD benefits under the section 32 8,00,000.00
Net taxable income after accounting the acceleration depreciation
at 80%
2,00,000.00
Tax payable on new taxable income @ 33% (c) 66,000.00
Saving the tax after installing the solar power plant (d)=(a) – (c) 2,70,000.00
So the actual cost of the solar power plant (b) – (d) 7,30,000.00
The payback period of the solar rooftop power plants is around 4 to 5 year.

7. 4. What we Do to save your Electricity Bills?
1: SITE SURVERY
Our expert team will conduct an assessment of your energy needs and the potential of solar
production, and will assess the structural, electrical and environmental elements. We can also
provide a financial feasibility or return analysis based on specific customer requirement.
2: SYSTEM DESIGN
Our engineer perform a details engineering analysis that enable us to define the proposed
mounting structure, inverter, battery and charge controller etc, and other system components
applicable to your specific requirement.
3: SYSTEM SELECTION
We choose the best in class and the most suitable parts suppliers for your requirements as per
various country local norms. The quality and reliability of the parts is one of the most important
criteria for us.
4: ERECTION & COMMISSIONING
Our field staff/engineers manage the entire erection & commissioning process, including the
logistics, system integration and the entire civil work.
5: PROJECT MANAGEMENT
We before the defined timelines and ensure that you are satisfied with the quality, reliability
and functional requirements of the SPV system.
6: OPERATION AND MAINTENANCE
We also under take O&M activities on AMC basis and deploy trained stuff to maintain the
system.

8. 5. Types of solar systems:
Grid connected solar rooftop: Soralite power provide EPC services for roof top solar
system projects. In this system all generated power connected with the grid and reduced the
electricity bill. In this case the inverter synchronizes with the existing grid supply and feed the
remaining power to the grid and reduced the electricity bill. A grid connected system is connected to
a large independent grid (typically the public electricity grid) and feeds power into the grid. This is a
form of decentralized electricity generation. The feeding of electricity into the grid requires the
transformation of dc into ac by a special, grid-controlled inverter.
A solar inverter is a special type of inverter (electrical) that is used in a renewable energy
power system to convert direct current into alternating current and fed it into the utility grid. The
technical name for a solar inverter is "grid-interactive inverter" they may also be called synchronous
inverters. Grid interactive inverters typically cannot be used in standalone applications where utility
power is not available.
Hybrid system: In this system we integrated the solar power system to the generators
thereby reducing the consumption of the diesel.
Standalone system or Backup system: solar power system with battery bank is called
the stand alone system or backup system. As per your requirement our engineers design the backup
system with or without grid facility. Basically this system is useful in rural area where grid supply
not available or having more power cuts. The solar inverter is designed to convert solar electric
power into utility- grid electricity that can be used by the local load or sold to the local power
company. In older to operate, the inverter must have grid power availability and connected. It will
not provide backup power if the AC grid fails. The inverter will automatically synchronize itself to
grid. The inverter is provided the isolation transformer internally with basic insulation.

9. 6. How to install solar rooftop power plant with grid
connected
Contact us for the free
consultation.
We do the feasibility study and
give the optimize solution as
per your requirement.
Apply for the grid
connected connection
with consent discom.
We design the solar
system and send for the
approval.
Supply the material and
installed as per design.
Monitoring and
maintenance of the
system.
Finial installed the
import/export meter for
the net metering.

10. 7. Portfolio
Project 1. 5.25 KW Rooftop solar system
Solar Module: Vikram Solar (250Wp)
Inverter: Delta RPI6M (6Kwp, 3phase) with online monitoring system.
Structure: G.I. 2mm sheet, with 15 degree angle design.
Customer Detail: Surya Engineer (Bahadur garh, Haryana)
Project 2. 5.0 KW solar rooftop system (Ludhiana, Punjab)
Solar Module: Vikram Solar (250Wp)
Inverter: Delta RPI H5 (5Kwp, single phase)
Structure: G.I. angle and c-channel structure.
Customer Detail: Lovely Electronics (Ludhiana, Punjab)
Project 3. 275 KW solar rooftop system, Haryana {Design Only}
Solar Module: Vikram Solar (250Wp)
Inverter: Delta RPI M20 (20Kwp, 3 phase)
Structure: G.I. angle and c-channel structure.
Customer Detail: Al-Falah University, Dhauj (Haryana)

11. 8. Project under implementation / process
Project 1. 5Kw and 5Kw solar rooftop system (Ludhiana, Punjab).
Project 2. 12 Kw solar rooftop system in Oasis Group, Housing
Society Gurgaon, Haryana.
Project 3. 50Kw solar rooftop system in Symbiosis University, Noida
Project 4. 8Kw solar rooftop system in Neharu Nagar, New Delhi.
Thank you for taking the time to read our company profile.
If there are any questions or comments, please feel free to contact us.