Structures
We provide a wide range of solar panel mounting structures, designed to accommodate various types of solar panels and installation requirements.
ACDB/DCDB
Our ACDB (Alternate Current Distribution Box) and DCDB (Direct Current Distribution Box) solutions ensure efficient power distribution within the solar power plant.
Earthing Solutions
We offer advanced earthing systems to ensure proper grounding and safety for the solar power plant.
Solar On grid inverters
(make Power One)
We are Aurhorized distributor of Power One on-grid inverters for UP.
BOS Components
We supply a range of additional BOS components such as combiner boxes, cable trays, lightning arresters, and more
Installation and Commissioning
Our experienced team of engineers and technicians handles the end-to-end installation of solar power plants, ensuring seamless integration of all components and optimal performance.Get Details.
BATTERY STORAGE
CUTTING EDGE
LITHIUM-ION BATTERY MANUFACTURING
SOLUTIONS
We provides professional, precise installation and start-up support in designing Turnkey Fully Automatic and Semi Automatic Solutions (Cell to Module and Module to Pack) required for Lithium-ion Battery Applications ranging from mA single-cell applications up to ~MW
battery packs.
REACHING THE GOAL, SYSTEMATICALLY
CAPABILITIES
100+
Authorised Principal Partnerships
5+
Team Members in Service & After-Sales
15+
Lithium Technology Experience (Cumulative)
We help organizations make their manufacturing processes smarter and more efficient, from concept to completion.
The highlights of our Lithium-ion solutions:
- Modular – from individual stations to turnkey systems
- Scalable – from small batch to large-volume production
- Turnkey – We provide the process know-how and system expertise to create your system
A solar rooftop system is a combination of many components that convert sunlight into usable electricity.
The components of a rooftop solar include the following -
- Solar panels with PV cells
- Solar inverter
- Solar panel mounting structures
- AC and DC cables
- AC combiner box
- DC combiner box
- Earthing cables
- MC4 connectors
A solar rooftop system works on the concept of conversion of sunlight into electricity. The phenomenon is known as the photovoltaic effect.
When sunlight falls on the PV cells in a solar panel, the sunlight is converted into electricity. The generated power is DC current. An AC combiner box is used to convert that DC power into usable AC power.
The generated AC electricity is fed into a bidirectional meter that supplies power to the house. It also exports excess power to the DISCOM (grid) and imports power from the grid if electricity generated by the rooftop solar system is not enough to cover the daily requirement.
If you are planning to install solar for home or housing societies, the solar panel for home price list we’ve curated will greatly help you. Here's the reference about the range of solar panels for home cost without a subsidy in India:
- 2 kW rooftop solar system: ₹1,51,000 to ₹2,28,000
- 4 kW rooftop solar system: ₹2,40,000 to ₹3,19,000
- 7 kW rooftop solar system: ₹4,21,000 to ₹5,39,000
- 3 kW rooftop solar system: ₹1,92,000 to ₹2,63,000
- 5 kW rooftop solar system: ₹2,87,000 to ₹4,14,000
- 10 kW rooftop solar system: ₹5,59,000 to ₹7,08,000
If you want to save money from the sun, Solar is the best investment for you. Solar allows you to save on your monthly electric bills plus it also allows you to save the planet by going green. Solar energy is a true form of renewable clean energy which leads to zero pollution (air, noise, land) and emits no greenhouse gases mitigating climate change.
All you need to qualify for a solar system is - empty space on your roof and access to your rooftop. Just fill the project enquiry form on our website and our team will contact you to discuss your requirement. Once the project is finalised, we will take care of your entire plant design, installation and maintenance.
Yes. The electricity produced by a solar power system is no different than the electricity you get from your electricity distribution company. The only difference is the source. Moreover, it is among the safest source of electricity consumption because it is neither hazardous nor does it release any toxic or harmful gases during production.
Yes, Solar panels do produce electricity in cloudy or rainy weather albeit with reduced efficiency. This fall in production is considered in the unit generation estimates provided for every project.
The production level of a solar plant depends on multiple factors like radiation levels, amount of sunlight received, plant design and quality of components. On an average, 1 kW solar plant produces 4 units of electricity per day.
Solar Power plants are used to power all types of heavy machinery in industrial plants as well as household electrical and electronic appliances. Since the electricity produced from the plant is fed in sync with your grid/diesel generator, there are no voltage fluctuations irrespective of the number of appliances you use.
The size of your Solar plant depends on the following factors
- Your electricity consumption pattern
- Available shadow free area
- Solar irradiation in your area
Once you enlist your interest in a solar project, RestartGlobal conducts a scientific mapping of the appropriate project size for you.
