Our Services

Home Solar Power System

Aurorawatt

 

1. On-Grid Solar Power System

The On-grid solar system is a grid-connected solution that does not use batteries. During the day, solar panels convert sunlight into electricity to power household appliances, and any surplus energy is fed back to the grid via a net meter from the local electricity board (EB). This system is ideal when your main goal is to reduce electricity bills and your grid supply is reliable with minimal power cuts or voltage fluctuations.

 

2. Off-Grid Solar Power System

Off-grid solar systems come with a battery bank to provide autonomy from the grid. Solar energy powers your home during the day, while excess energy charges the batteries for nighttime use. If the batteries are depleted or on cloudy days with higher energy demand, grid power (if available) acts as a backup. This system suits locations with unreliable grid power or where 24/7 energy supply is critical.

 

3. Hybrid Solar Power System

Hybrid systems combine the features of both on-grid and off-grid setups by integrating battery storage with grid connection. During the day, solar-generated power supplies your home and charges batteries. Once batteries are fully charged, excess energy is exported to the grid. The system switches seamlessly between solar, battery, and grid based on demand, ensuring continuous power and maximum savings. Hybrid solutions are customized to meet diverse residential requirements.

 

Over the last 31 Years we made an impact, we have long way to go.

 

Working Principle (Hybrid System)

 

  • Daytime: Solar panels generate electricity; batteries store energy until fully charged. Once charged, the inverter manages power supply between solar, battery, and grid. Excess solar power is exported to the grid via a bi-directional net meter.
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  • Nighttime: Power comes from batteries and/or grid, depending on system settings. Energy import/export is tracked for net metering and billing.

 

Tailored For Indian Homes

Aurorawatt understands Indian household needs deeply. Our solar systems are designed considering electrical appliance types, usage patterns, site conditions, and local solar policies. We serve diverse residential setups including individual homes, apartments, villas, hostels, and ashrams, providing customized solutions across off-grid, on-grid, and hybrid configurations for optimal performance and savings.

Service Process

At Aurorawatt our culture comes to life through three core values:

  • We seize opportunities to innovate and grow
  • We operate as one team with a shared purpose
  • We care deeply about our clients, communities, and the environment
How much can I save on my electricity bill with a home solar system?

Savings vary by system size, location, and consumption, but many customers reduce their bills by 50% or more, with net metering increasing overall savings.

What is the difference between off-grid, on-grid, and hybrid solar systems?

Off-grid systems operate independently with battery storage, on-grid systems connect to the utility grid using net metering without batteries, and hybrid systems combine both for greater flexibility and backup power.

How long does a solar panel installation take?

Installation typically takes 3 to 7 days depending on the system size and site conditions, with customized design and permitting processes conducted beforehand.

Do I need approval or permits for installing solar panels?

Yes, we assist with all necessary approvals, including government incentives, net metering registration, and local electrical code compliance to ensure a hassle-free experience.

What maintenance is required for a home solar system?

Solar systems require minimal maintenance primarily cleaning panels periodically and routine checks. Aurorawatt offers comprehensive maintenance and monitoring services to keep your system running at peak efficiency.

Our Work Process
1

Application Submission

Submit the detailed application along with necessary site and consumer documents to initiate the solar installation process.
2

Site Assessment and Survey

Lorem ipsum dolor sit amet consectet Conduct a thorough on-site evaluation to verify site conditions, roof suitability, shading analysis, and electrical infrastructure.
3

System Design and Approval

Customized solar system design is prepared considering load requirements and local regulations, followed by securing necessary approvals from the electricity board.
4

Panel Installation

Mounting structures and solar panels are securely installed adhering to quality and safety standards, ensuring optimal orientation and tilt for maximum sunlight capture.
5

Electrical Wiring and Connection

Connect the solar panels to the inverter and integrate the system with household electrical wiring and the grid as applicable, ensuring safety compliance.
6

Grid Connection and Commissioning

Coordinate with the electricity board for net-meter installation and final system inspection. Upon approval, the system is commissioned and begins operation.
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