DEV Community: Revathi shobhaglobs

Understanding PM Surya Ghar Yojana and PM KUSUM Yojana

Revathi shobhaglobs — Thu, 16 Jul 2026 11:23:08 +0000

India’s transition toward clean energy is being accelerated by strong government support, especially through subsidy-driven schemes that make solar power more accessible and affordable. Among the most impactful initiatives are the PM Surya Ghar Yojana for households and the PM KUSUM Yojana for the agricultural sector. While both aim to expand solar adoption, they serve different audiences and offer unique benefits tailored to their needs.

PM Surya Ghar Yojana

With rising electricity costs and growing awareness about sustainability, this scheme provides direct financial support to reduce the upfront cost of installation. Homeowners can install rooftop solar panels and generate their own electricity, significantly lowering their monthly bills. The scheme also promotes net metering, allowing users to export excess power to the grid and earn credits. By making solar more affordable and accessible, PM Surya Ghar is helping households move toward energy independence while contributing to a cleaner environment.

Here are the key subsidy amounts under the PM Surya Ghar Yojana:

₹30,000/- 60,000/- subsidyfor a 1 kW-2kW rooftop solar system
• ₹60,000/- to 78,000/- subsidy for a 2 kW-3kW system
• Up to ₹78,000 subsidy for 3 kW and above systems (capped limit)

That means you get significant upfront cost reduction, making solar much more affordable for households.

PM KUSUM Yojana

PM KUSUM Yojana is designed to support farmers and the agricultural sector. It encourages the use of solar-powered irrigation pumps, replacing diesel-based systems and reducing dependence on erratic grid supply. This not only cuts fuel costs but also ensures a more reliable power source for farming operations. Additionally, farmers can install small solar power plants on their land and sell surplus electricity to the grid, creating an extra source of income. This dual benefit—cost savings and income generation—makes PM KUSUM a transformative scheme for rural development.

This scheme provides subsidies for solar pump installation and solar panel systems.

It enables farmers to install solar-powered irrigation pumps, reducing their dependence on diesel and unreliable grid electricity. This not only lowers operating costs but also ensures a more consistent and eco-friendlier power supply for farming activities.

Installation of small solar plants

Installation of solar-powered agricultural pumps
Solarization of existing grid-connected agricultural pumps
It goes a step further by allowing farmers to set up small solar plants on their land. The electricity generated can be used for their own needs, and any surplus can be sold back to the grid—creating an additional and stable source of income.

DCR Panels mandatory

These Government schemes are only valid on DCR Panels installation.

DCR Panels refer to Domestic Content Requirement Panels; these panels are made in India and hence the government is promoting its installation and offering subsidies to encourage homegrown brands.

Conclusion

Both schemes play a crucial role in addressing key challenges in India’s energy landscape. PM Surya Ghar targets urban and residential energy consumption, while PM KUSUM strengthens rural infrastructure and agricultural productivity. Together, they promote decentralized energy generation, reduce carbon emissions, and support India’s long-term sustainability goals.

Another important advantage of these schemes is their contribution to financial stability for users. By reducing dependence on conventional energy sources, individuals and farmers can protect themselves from fluctuating energy prices. Over time, the savings generated from solar installations often outweigh the initial investment, especially when supported by government subsidies.

In conclusion, PM Surya Ghar Yojana and PM KUSUM Yojana are not just subsidy programs—they are strategic initiatives that are reshaping how energy is produced and consumed in India. By making solar power more affordable for homes and farms, these schemes are paving the way for a more sustainable, self-reliant, and energy-secure future.

What Are Solar Ground Mounting Structures?

Revathi shobhaglobs — Wed, 15 Jul 2026 06:41:01 +0000

A solar ground mounting structure is used to install solar panels directly on the ground, rather than mounting them on top of a roof or building. They are designed to hold solar panels in the optimal position to catch sunlight.

Types of mounting structures:

Standard fixed tilt: They are mounted on a rack and remain still at the set angle.
Tracking systems: The structure makes it possible for the panels to follow the sun for better efficiency.
Most of their frames are constructed from galvanized steel or aluminum, allowing them to withstand all types of weather and ensuring durability for many years.

EV Charging Stations Manufacturers in Bangalore

Revathi shobhaglobs — Tue, 14 Jul 2026 11:44:54 +0000

Bangalore is a hub for EV innovation, home to several companies developing advanced EV charging technology.

Shobha Globs, for instance, focuses on sustainable infrastructure solutions—helping businesses, governments, and communities adopt renewable energy and clean mobility. With their expertise in solar-powered charging setups, they’re paving the way for eco-friendly transportation across India.

Solar Benefits for Small Businesses?

Revathi shobhaglobs — Fri, 10 Jul 2026 06:03:50 +0000

Small businesses gain substantial competitive advantages from solar adoption beyond just energy savings.

Solar panel benefits for commercial establishments include predictable energy expenses. Unlike fluctuating grid tariffs that increase annually, solar provides stable, calculable energy costs for decades.
Businesses can claim accelerated depreciation, significantly reducing tax liability in the first few years. This improves cash flow and return on investment.
Solar installations enhance your brand reputation. Today’s consumers increasingly prefer environmentally responsible businesses, and visible solar panels demonstrate your commitment to sustainability.
Energy independence protects against grid failures during crucial business hours. Uninterrupted operations prevent revenue loss from unexpected power cuts.
Retail shops, restaurants, small manufacturing units, and offices all benefit from customised solar solutions. Systems can be designed to match specific operational hours and energy demands.
Commercial properties can install larger systems with appropriate incentives. The scalability means businesses of all sizes can adopt solar technology.
Employee morale often improves, too. Team members appreciate working for environmentally conscious organisations that invest in sustainable practices.
Solar installations also provide marketing opportunities. Businesses can promote their green initiatives, attracting eco-conscious customers and partners.

What is an Earthing Strip?

Revathi shobhaglobs — Thu, 09 Jul 2026 09:19:09 +0000

An earthing strip is a flat metal strip used to connect electrical systems to the ground safely. It ensures that any leakage or fault current flows directly into the earth, protecting people, equipment, and structures from electric shocks or fire hazards.

Why are Earthing Strips Important?

Protect against electrical shocks
Prevent damage to electrical equipment
Ensure safety in homes, offices, industries, and plants
Maintain system stability during lightning or faults

Types of Earthing Strips Available in India

1. GI Earthing Strips
GI (Galvanized Iron) strips are the most common choice in India.

Made by coating iron strips with zinc to prevent rust
Cost-effective with good conductivity
Widely used in residential, commercial, and industrial projects
Available in sizes like 25×3 mm, 25×6 mm, 50×6 mm, and customized sizes

2. Copper Earthing Strips
Copper strips are known for their excellent electrical conductivity.

High corrosion resistance
Used in industries needing higher safety, like oil refineries, chemical plants, and power plants
More expensive than GI strips, but they provide better performance

3. Aluminium Earthing Strips
Aluminium strips are lightweight and offer good conductivity.

Less commonly used compared to GI and copper
Preferred in some specific applications due to low weight

Importance of Solar PV Panel Specifications

Revathi shobhaglobs — Wed, 08 Jul 2026 09:04:11 +0000

The specification of solar PV panels stands as one of the fundamental elements that determine the outcome of enhancements. The operating efficiency of rooftop systems heavily depends on obtaining photovoltaic panels designed to last longer and maintain higher performance levels and improved durability characteristics. Rooftop support limits the appropriate solar PV panel size/dimensions to achieve maximum operational effectiveness.

Enhancement Techniques for Rooftop Solar PV Systems

Several enhancements of rooftop solar systems exist to boost both energy conversion rates and product lifespan. Below are some popular techniques:

1. Maximizing Solar Panel Efficiency

The integration of high-efficiency solar panels constitutes a proven method to enhance PV systems. Solar cells featuring bifacial technology allow power absorption on both sides to generate considerably higher amounts of energy. The ideal selection of solar PV panel size requires relying on verifiable specifications to ensure higher operational efficiency.

2. Optimizing Rooftop Design

The appropriate design of the rooftop solar mounting structure design remains indispensable. An appropriate installation of solar panels requires correct tilting at an optimum angle while positioning them to maximize sunlight exposure throughout the year. The solar rooftops in Bangalore benefit strongly from correct solar panel alignment because weather patterns in the city change frequently.

3. Advanced Power Conversion

The conversion of solar energy improves when you switch to newer inverter models or introduce micro-inverters coupled with power optimizers. Through these technologies, the remaining unshaded solar panels maintain peak operational output.

4. Smart Monitoring Systems

Users can monitor system health together with energy production and panel efficiency levels using smart monitoring tools available in modern systems.

5. Improved Solar Panel Cleaning

The absorption of direct sunlight depends directly on the consistent performance of regular panel cleaning procedures. The efficiency of solar systems suffers heavily from accumulated dust, together with debris and bird droppings.

Importance of Solar PV System Maintenance

Regular maintenance prevents performance degradation in all types of enhanced systems, regardless of their quality. Regular inspections, together with periodic cleaning of system components as well as component replacement, help maximize the performance outcome of the system. The monitoring system for efficiency relies on a solar PV system diagram for evaluation.

Best Practices when selecting a Mounting Structure

Revathi shobhaglobs — Tue, 07 Jul 2026 10:10:57 +0000

Here are easy steps on how to determine what type of mounting is fit for you:

Evaluate the space that is available either on the rooftop, on the ground or any other space.
Look at the orientation and tilt you need to maximize the solar potential in your region.
Take into account local weather and wind.

In doubt, take advice from a renowned Solar EPC company in India. They also offer a complete package including design and supply, installation, and maintenance.

The Role of Solar Grids in Energy Distribution

Revathi shobhaglobs — Fri, 03 Jul 2026 05:17:06 +0000

Solar grids are emerging as a crucial solution for community-level power distribution. These microgrids connect multiple solar installations, creating a shared renewable energy network.

Rural villages are benefiting enormously from solar grids. Instead of individual households investing in complete systems, communities can share infrastructure costs and resources.

This collaborative approach makes solar energy accessible to economically weaker sections. It also creates local employment opportunities in installation, maintenance, and management.

As a trusted solar EPC company in India, we have implemented numerous grid projects that serve entire villages, bringing sustainable electricity to thousands of families.

Types of Mounting Structures of the Solar Panels

Revathi shobhaglobs — Thu, 02 Jul 2026 11:09:17 +0000

The choice of an adequate mounting strategy will mainly depend on the place, the size, and the type of the point of installation. These are some of the Mounting Structures for Solar Panels.

1. Roof-Mounted Structures

The solar rooftop mounting structure is the most widespread one in households. This sort secures panels broadly on your rooftop, yet they are out of sight and space-saving. The solar panels are slanted to face the greatest sunlight throughout the day.

2. Ground-Mounted Structures

Solar ground mounting structure may be just appropriate when there is little or unavailable space. They are raised to be on the ground, mostly in a yard or surplus land, making these big systems and their maintenance more easily accessible.

3. Pole-mounted and Tracking Structures

Flexibility is needed in some projects, particularly where there is shade or an obstruction that may block some sun at some time of the day. Tracking structures pole pole-mounted or other, can be set up to track the movement of the sun to enhance energy production.

Pre-engineered building (PEB) manufacturer & supplier

Harnessing solar power has emerged as a convenient option among homeowners, businesses, and communities who want to cut down on the costs of electricity bills and minimize their carbon footprint. Such a mounting structure is one of the most crucial elements of any solar installation. The mounting of your panels determines their efficiency, durability, and safety. In this article, we will give you a step-by-step guide on how to select the best mounting structure for your solar project.

What is So Special About the Mounting Structure?

Solar panel mounting structure

The solar panel mounting structure is more than a panel holder frame. It is also imperative to resist weather conditions and the orientation of the panels at the desired angle, as well as optimize the production of energy. Moreover, a properly selected structure can guarantee the longevity and credibility of the whole solar system.

Types of Mounting Structures of the Solar Panels

The choice of an adequate mounting strategy will mainly depend on the place, the size, and the type of the point of installation. These are some of the Mounting Structures for Solar Panels.

*1. Roof-Mounted Structures *

2. Ground-Mounted Structures

3. Pole-mounted and Tracking Structures

What to Take Into Account When Selecting Your Solar Mounting Structure
Not all projects need identical kinds of mounting structures. You should take into consideration the following before making a decision:

1. Availability of space and Place

The first one is to assess the space available. When the roof is comparatively strong and free of obstructions, in case it faces the sun, the first option will be a solar rooftop structure of mounting. In other cases, a ground solar panel mounting structure can be installed in longer houses or houses with weak roofs.

2. The orientation and the strength of the roof

Make sure your roof can hold the weight of the panels and the climbing hardware. An optimum exposure to the sun should also be possible by placing it in a certain orientation and slope. The optimality of a solar panel structure is never going to substitute shaded or wrong location.

3. Nature of foundation

Solar panel structures may be permanent (stationary), or movable. The fixed types are simpler and cheaper to install, but one can change the angle of the panels to optimize usage at different times of the year with the adjustable structures.

4. Weather and direction of wind

The solar module mounting structures should be able to sustain the worst weather conditions in your location. Poor quality or bad design mounts can be severely tested by high winds, snow loads, and heavy rains. Make sure the mounting structures are certified in your local , and always prefer them.

5. Cost and budget

The difference between the cost of roof, ground, and tracking systems can be very notable. There has to be a balancing act between your budget and your long-term energy objectives. It is just to remember that decent structures on panels will save the investment you have made in years.

What Size Solar System Do I Need for My House?

Revathi shobhaglobs — Wed, 01 Jul 2026 05:18:54 +0000

Determining the right system size requires analyzing your electricity consumption patterns.

We recommend reviewing your past six months’ electricity bills to understand your average monthly usage. Look at the total units (kW) consumed each month.

As a general guideline, a 1 kW system generates approximately 120-150 units per month in Bangalore’s climate. This helps calculate the capacity needed to meet your requirements.

Consider your household characteristics. Larger families with multiple air conditioners, water heaters, and appliances naturally need bigger systems. A typical 2-3 bedroom apartment usually requires 2-3 kW, while independent houses may need 3-5 kW.

Think about future needs, too. Are you planning to purchase an electric vehicle? Will you add more appliances? Factor in 20-30% extra capacity for growth.

Roof space availability also matters. Ensure you have sufficient shadow-free area to accommodate the required number of solar panels.

Long-Term Cost Savings for Ground-Mounted System

Revathi shobhaglobs — Tue, 30 Jun 2026 07:58:38 +0000

Although ground-mounted systems require an initial investment, they deliver significant long-term financial benefits.

Factories can save money through:

Lower electricity bills
Reduced diesel generator usage
Lower operational expenses
Government incentives and tax benefits

Over time, these savings help industries recover their investment and improve profitability.

Importance of Solar Structures in Sustainable Construction

Revathi shobhaglobs — Mon, 29 Jun 2026 06:40:14 +0000

In green buildings, every component contributes toward sustainability and energy efficiency. Solar mounting structures are important because they enable buildings to generate renewable energy directly from sunlight.

Without proper mounting systems, solar panels may not perform efficiently or safely over the long term.

Well-designed solar structures help:

Improve solar panel efficiency
Increase system lifespan
Enhance structural safety
Support long-term renewable energy generation
Optimize rooftop space utilization

This makes solar structures an essential part of sustainable building design.