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Proposed Amendments to Rooftop Solar & Electricity Rules 2023

December 21, 2023 admin solar panel Manufacturer No comments

The Ministry of Power has recently introduced the draft Electricity (Rights of Consumers) Second Amendment Rules 2023, marking a significant step in reshaping the regulatory framework pertaining to the rights of electricity consumers.

Upon the implementation of the proposed amendments, Distribution Companies (DISCOMs) are instructed to streamline and expedite the application processes for various consumer-centric initiatives. These amendments particularly target the acceleration of procedures related to rooftop solar installations, metering setup, and the duration of feasibility studies. The overarching goal is to encourage and facilitate the adoption of rooftop solar energy solutions among consumers, aligning with broader sustainability objectives.

In a commitment to fostering a comprehensive and inclusive decision-making process, the Ministry of Power has opened the floor for public input. All stakeholders, including consumers, industry experts, and advocacy groups, are urged to contribute their insights and opinions on the proposed amendments. This collaborative approach seeks to gather diverse perspectives and refine the rules to better cater to the needs and expectations of all involved parties.

To facilitate this engagement, the ministry has established a 30-day window, concluding on January 12, 2024, during which stakeholders can submit their comments and feedback. This time frame allows for a thorough and thoughtful review of the draft rules, ensuring that the final regulations reflect a balanced and well-informed approach to addressing the evolving landscape of electricity rights for consumers.

This collaborative effort serves as a model for inclusive governance and sets the stage for a more consumer-centric and sustainable energy future.

New Connection Or Modification of Existing Connection

A significant modification is observed in Rule 4 of the Electricity (Rights of Consumers) Rules 2020, particularly within sub-rule (11). This amendment grants authority to the regulatory commission to define a maximum timeframe. This period should not exceed three days in metropolitan cities, seven days in other municipal areas, and 15 days in rural regions. Within this stipulated time, distribution licensees are mandated to provide new connections or make modifications to existing ones upon receipt of a comprehensive application.

If the extension of distribution mains or the commissioning of new substations is necessary to facilitate the provision of electricity, DISCOMs are obligated to promptly deliver electricity upon the completion of such projects or within a timeframe stipulated by the commission.

The amendment places additional emphasis on ensuring the provision of individual electricity connections for owners or occupants within Group Housing Societies, residential colonies, Resident Welfare Associations (RWAs), or analogous registered bodies.

The regulations specify terms for delivering electricity through a single-point connection for Group Housing Societies, residential colonies, RWAs, or comparable registered entities. The charges for electricity from individual users in these setups must not exceed the retail tariff set by the regulatory commission for that particular consumer category.

EV Charging System Connections

One noteworthy addition in the revised regulations caters to the escalating demand for electric vehicle (EV) charging infrastructure. These amendments stipulate that the distribution licensee is obligated to provide a distinct connection for the provision of electricity to EV charging systems, as and when requested by individual consumers or registered entities.

This pivotal modification reflects a proactive response to the surging popularity of electric vehicles and the imperative to build a robust charging infrastructure. It underscores a commitment to facilitating the integration of EVs into the mainstream by ensuring that consumers and organizations can easily access the necessary electric supply infrastructure for their charging needs.

Meter Testing

The regulations establish a specific timeframe for meter testing, mandating Distribution Companies (DISCOMs) to carry out these tests within a period outlined by the commission. This duration should be at most 30 days from the time DISCOMs receive complaints from consumers regarding meter readings.

If consumers notice differences between the meter readings and their actual electricity usage and report it, distribution companies (DISCOMs) are required to install an extra meter within three days of receiving the complaint. This additional meter is put in place to validate the consumption for a duration determined by the commission, which should not be less than three months.

These proposed changes aim to introduce transparency, efficiency, and consumer-friendly practices to the electricity distribution sector in India. During the comment period, stakeholders and the public are invited to share their valuable input. This participation will significantly influence the formulation of rules that are set to have a crucial impact on the future of India’s electricity distribution landscape.

Consumers As Power Generators

Distribution Companies (DISCOMs) are required to conduct a technical feasibility study for rooftop solar projects within a designated period, which should not extend beyond 15 days. The findings of the study must be promptly communicated to the applicant. It’s important to note that the installation of rooftop solar systems up to a capacity of 10 kW is exempt from the mandatory technical feasibility study.

Refer the official document for more details: https://drive.google.com/file/d/1RNa-xNK8QyIC1nLprA7Ep1UUmR9wUiKv/view

Green hydrogen will cut cost of energy to Rs 6 per unit: Minister R K Singh

September 20, 2023 admin solar panel Manufacturer No comments

New Delhi: The Union Minister for Power and New & Renewable Energy , R.K. Singh, said on Saturday that the cost of round-the-clock renewable energy will fall to just about Rs 6 per unit from Rs 8 per unit at present if green hydrogen is used for storage.

Speaking at the special ministerial session of the Fourth International Conference & Exhibition on Clean Energy here, Singh said that the cost of green hydrogen would be cheapest in India and that it would become a viable energy storage alternative.

“Green hydrogen is cheaper than gas and battery energy storage systems. We have come up with a pilot bid for about 100 MW which we hope will establish the benchmark. Once we are able to use green hydrogen for our energy requirements, all supply chain issues such as availability of lithium-ion batteries will be resolved. We will make green hydrogen and use it as storage,” he said.

“The average price of power in the energy exchange has recently been Rs 8 per unit, so if our cost for round-the-clock renewable energy comes to Rs 6 per unit, we are in business. That is what the future is: Renewables . The future is here, not far away,” the minister remarked.

The theme of the special ministerial session, held on the closing day of the two-day summit, was ‘Global Champions for Advancing Clean Energy Innovation & Manufacturing’.

The Minister informed the captains of industry that the basic legal framework for the carbon market has been formulated and that the government is thinking of permitting industry to gain carbon credits for green hydrogen and green ammonia which is exported from India. With this, the industry will have yet another advantage, which will make Indian industry totally competitive, the minister added.

“If our price for round-the-clock renewable energy is anything to go by, then we will not have to go the thermal way, we will adopt the renewable path. About 42% of our capacity is from renewable sources already,” Singh said.

The minister pointed out that India is emerging as a manufacturing powerhouse of renewable energy.

“Around 88,000 MW renewable energy capacity is under construction and our plan is to add 50,000 MW of renewable energy capacity every year. We are already emerging as an exporter. The world will come to rely on us more and more. So, all those who are setting up capacity have made a good bet. At the same time, we need to keep ourselves at the leading edge of technology,” he added.

He also said that India is going to emerge as the biggest exporter of solar cells and modules and that more grid capacity is being added.
source – Economictimes

Solar panel makers may get priority sector lending tag

September 15, 2023 admin solar panel Manufacturer No comments

Officials from the ministries of finance and renewable energy as well as bankers have held several meetings over the past two months on financing-related issues faced by solar photovoltaic makers, following which the recommendations were sent by the banks.

New Delhi: The Reserve Bank is examining a recommendation from banks to include loans to
solar panel manufacturers within the priority sector lending bracket and is expected to take a decision
in the next two-three months, people familiar with the deliberations said.

“After discussion with all stakeholders, two recommendations were agreed upon. While banks have sought

tags for solar panel manufacturers, the renewable energy ministry has made a case for considering modifications in the production-linked incentive (PLI) scheme for this sector,” said an official requesting anonymity.

Solar associations have argued that duty-free imports from Southeast Asian countries under free trade agreements, or FTAs, are hurting domestic manufacturers.

A bank executive said the finance ministry had asked lenders to share their inputs for the formulation of a policy to ease financing for the sector.

“The proposal to include this in priority sector lending and PLI schemes is in line with the discussion held with association members and representatives of the renewable energy ministry,” he said.

Earlier, solar associations had argued that solar exports hadn’t come down as expected.

“We have apprised the government that these could be Chinese manufacturers, who have shifted their base to these countries and are exporting from there,” said an association member, adding that as per the data they shared with the government, in the last 2-3 months, solar imports from countries with whom India has FTAs have increased by 48%.

As per report by energy think-tank Ember, solar module imports from China decreased nearly 80%, or by $2 billion in value, in first half of 2023. “This followed imposition of tariffs as India shifts away from imports to focus on building and utilising domestic manufacturing capacity. India’s domestic solar module manufacturing capacity has stepped up,” the report said.

Source – Economictimes

How to Calculate the Roof Top Area Required to Install Solar Panels?

July 13, 2023 admin solar panel Manufacturer No comments

Are you planning on installing a Solar Power Project on your Rooftop but confused about the total Rooftop area needed to install one? Don’t worry; you have come to the right place. This article will give you a quick and easy step-by-step Guide on How to Calculate the Roof Top Area Required to Install Solar Panels for installing a fully-functional Residential Solar Project.

Find out the Number of Solar Panels Required

To find this, You need to go through the Electricity Bills of the last 12 months, in which you will find a column that shows the Electricity Units (kWh) used Every Month.

Once you have the data of the last 12 months, you need to perform the following 3 easy steps:

Firstly, find a Simple Average of all Monthly Consumption of Units by Adding them together and Dividing the total by 12 and you will get your Average Monthly Electricity Consumption (Units per Month) of your House.
Secondly, Divide the above Average Monthly Electricity Consumption (in Units) by Total Units generated by a 1 kW Solar System Per Month, and you will get the Total Size of the Solar Project (in kW)

Don’t get confused about the ‘Total Units generated by 1 kW Solar System Per Month’ As a Thumb Rule, In India, 1 kW Solar System is able to generate 4 Units of Electricity every day. Hence ‘Total Units generated by 1 kW Solar System in a Month of 30 Days’ is 120 Units (30 Days x 4 Units per Day)

Lastly, Divide the Total Size of the Solar Project (in kW) derived in the above step by the Total Size of 1 Solar Panel, and you’ll get the Total Number of Solar Panels (in Nos.) Required.

Generally, the Total Size of 1 Solar Panel is 330 Watts or 0.33 kW. Another thing to keep in mind is that 1kW=1000 Watts.

Let’s again understand this calculation with the help of an Example.

Say, Raj’s House’s last 12 Month’s Electricity Bills show the following monthly usage:
210, 300, 400, 500, 500, 500, 600, 400, 300, 200, 200, 210 (in Units)

Hence,

Total usage in a year (Total of all the Monthly units used) = 4320
Total Units generated by 1 kW Solar System in a Month of 30 Days in India are120 Units
The Total Size of 1 Solar Panel is 330 Watts or 0.33 kW

Accordingly, We will follow the 3 step guide to find the Total Number of Solar Panels required to power Raj’s House.

Average Monthly Electricity Consumption (in Units) = 360 Units (4320/12)
Total Size of the Solar Project (in kW) = 3 kW or 3000 Watts (360/120)
Total Number of Solar Panels (in Nos) = 09 or 9 (Approx) (3000/330)

In conclusion, Raj’s House will require a Solar Plant of 3 kW comprising 9 Solar Panels of 330 Watts each.

Find out the total Rooftop Area Required to install these Solar Panels

One Solar Panel of 330 Watts has a Standard Surface area of 20.86 sq. ft. approximately
Hence, you only need to Multiply the Surface Area of one Panel with the Total Number of Panels required for your house, and you will easily get the Total Rooftop Area required to install your Residential Solar Power Project. This area should be a Shadow-Free area, which means that it should receive direct sunlight for at least 5 hours during the day.

In the example of Raj’s House, he will need a total Rooftop Area of 187.74 sq. ft. (20.86 sq. ft. X 9 Panels)

This is the area, which is assumed as panels installed back to back and side by side to each other. However, in practical the installation is different. Practically, we have to leave the space between rows and columns of solar panels so that solar panel can be easily cleaned and for maintenance work also, there should be some space left to access the solar plant.

As a rule of thumb, we can install 1 kW of solar panels in 100 sq.ft of shadow free area on a RCC roof.

Therefore, area required for 3 kW of solar plant=3*100 sq ft=300 sq ft Now that you have understood the calculation of the estimated area required for your installation, you can accordingly proceed with your New Rooftop Solar Project. Get in touch with IB Solar to get these systems installed. Visit www.ibsolar.co.in for more information.

Powering with Trust: IB Solar’s Mono Perc Panels get BIS Accreditation

June 26, 2023 admin solar panel Manufacturer No comments

IB Solar, a trailblazer in the solar industry with three decades of expertise, has reached new heights of excellence. Breaking through barriers and propelling India’s solar revolution forward, IB Solar proudly announces that its revolutionary Mono Perc solar panels and state-of-the-art Lithium-ion batteries have been granted the coveted Bureau of Indian Standards (BIS) certification. This momentous achievement not only bolsters the trustworthiness of IB Solar’s products but also positions them as the epitome of efficiency in the Indian market. With a string of remarkable accomplishments in 2023, IB Solar is taking giant strides towards a sustainable future, set to launch a cutting-edge 500 MW solar panel manufacturing line on the prestigious Taj Expressway this July.

IB Solar’s Stellar Journey:

Determined to lead the charge in India’s renewable energy landscape, IB Solar has consistently been at the forefront of innovation. The latest feather in their cap is the BIS certification for their Mono Perc solar panels and Lithium-ion batteries, earned through relentless dedication and unwavering commitment to quality. This notable milestone signifies IB Solar’s unwavering pursuit of excellence and sets them apart as an industry leader.

Powering the Nation with Trust:

With the BIS mark of approval adorning their Mono Perc solar panels and Lithium-ion batteries, IB Solar has solidified its position as a trusted and reliable manufacturer in the Indian market. This certification acts as a beacon of assurance for customers, assuring them of products that adhere to stringent quality standards and deliver outstanding performance. By consistently raising the bar in terms of efficiency and reliability, IB Solar continues to empower every Indian household, enabling them to run on renewable energy.

Director’s Vision and Future Endeavours:

Reflecting on the momentous achievement, Director of IB Solar, Abhinav Mahajan, expressed his elation and shared his ambitions for the future. “We are thrilled to have our Mono Perc solar panels and Lithium-ion batteries marked with BIS certification,” said Mahajan. “This recognition is a testament to our unwavering commitment to excellence and our dedication to providing top-tier products to our customers. Our goal is to fast-track the government’s net-zero target by 2030 and ensure that every Indian household has access to reliable renewable energy solutions.” By taking such long strides and achieving multiple milestones at once, IB Solar is bound to become the top solar panels manufacturer in 2024.

Leading the Way towards a Sustainable Future:

IB Solar’s pursuit of excellence has not gone unnoticed. Their commitment to innovation and sustainability has earned them accolades and a prominent position in the solar industry. Apart from the BIS certification, IB Solar’s poly panels secured a place on the Approved List of Modules & Manufacturers (ALMM), further solidifying their reputation for delivering superior quality products.

Partnering with government entities and securing multiple tenders and projects, IB Solar has become the preferred choice for State Nodal Agencies (SNAs) like HAREDA, JAREDA, BREDA, PEDA, and more. These collaborations serve as a testament to the trust placed in IB Solar’s capabilities and their contribution to India’s clean energy aspirations.

Conclusion:

IB Solar’s recent accomplishment of obtaining the BIS certification for their Mono Perc solar panels and Lithium-ion batteries marks a significant milestone in their journey towards a sustainable future. With their unwavering commitment to excellence and a focus on delivering high-quality products, IB Solar is driving India’s transition to clean energy. Through their state-of-the-art manufacturing facilities, partnerships with government bodies, and a vision to fast pace government’s net-zero target by 2030, IB Solar continues to lead the way in powering the nation with trust, efficiency, and innovation.