Category Archives: Renewable

What is difference between on-grid and off-grid solar system

Before we get into depth about “what is difference between on-grid and off-grid solar system”, we must first understand how does Solar panels work?

How does Solar Panels Work?

Solar Panels, solar modules or solar photo-voltaic PV modules actually work by absorbing sunlight with photo-voltaic cells, generating direct current (DC) electricity and then converting it to usable alternating current (AC) electricity with the help of smart solar inverter technology. AC energy or electricity then flows through the home’s electrical panel via Array Junction Box (AJB) and Distribution Junction Box (DJB) for further distribution to the load accordingly.

Solar energy or solar power is perhaps the cleanest, most reliable form of renewable energy available to the mankind, and it can be used in several forms to help power your home or business. Solar-powered photo-voltaic (PV) panels convert the sunlight into electricity by stimulating electrons in silicon cells using the photons of light from the sun.

What is the difference between On-grid and off-grid solar power

Now it is easier to understand “What is the difference between On-grid and off-grid solar power?” On-grid solar power means your solar power plant or solar panels system is tied to your local utility company’s system which is called as “grid” or “mains electricity”. Each and every state in India has its own Electricity Distribution Corporations / Companies like state of Haryana has Uttar Haryana Bijli Vitaran Nigam (UHBVN) and Dakshin Haryana Bijli Vitaran Nigam (DHBVN). Most of the residence / Institutional / NGOs / NPOs / Industries use Grid Connected Rooftop Solar Power Plant System so that their load runs on solar throughout day time while extra units / electricity produced by the system is fed in the grid through Bi-Directional Net Meter. Extra Units or electricity fed in the day time can be utilized by the user during night through Bi-Directional Net Meter. This system is helpful to curtail your electricity bills up to 90% for almost 25 years. Let us understand this by a simple example of 5 kWp Grid Connected solar power plant installed at a User’s rooftop is expected to produce 4-5 units per kilowatt per day. Thus a 5 kWp solar plant will produce at least 20 units per day. So in this example, user’s consumption may be 10 units during day time and similar amount of units at night. So, after providing 10 units to the user’s load, remaining 10 units are fed in the Grid during day time and same is received back during night time. At the end, we can summarize that user had produced his own 20 units by the solar system and utilized his whole 20 units (10 during and 10 at night) by the help of On-Grid Inverter and Bidirectional Net Meter. We may note here, that On-Grid system requires availability of Mains electricity to enable feeding in excess units in the Grid. In case of Grid failure, On-Grid solar power plant would also stop working due to International Safety and Security measures for Grid workforce. So we can say, on-grid solar power plant is installed in such areas where grid availability is almost 24 hours to enable excess generation to be fed in the grid.

On-Grid v/s Off-Grid

Now we can define that On-Grid Systems are solar pv systems that only generate power when the utility power grid is available. They must connect to the grid to function. They can send excess power generated back to the grid when you are overproducing so you credit it for later use. On-Grid solar system can be installed in most of the Metropolitan Cities, Urban and Sub-Urban cities of India where grid availability is almost 24 hours.

Grid tied Solar PV systems consist of solar panels, Solar String inverter. These systems do not utilize batteries since Grid is used as storage of excess electricity produced by the system. The solar panels generate electricity from sunlight and feed it to the solar string inverter which converts the DC voltage coming from the solar panels directly into AC power to match the grid.

When daylight sun-rays fall on solar panels they produce Direct Current (DC) electricity which is converted into 240 V AC power by solar string inverters to power up your load, excess power, if any is fed in the grid by help of two-way energy meter (bidirectional net meter). Some electricity companies will meter the electricity fed into the grid by your solar power plant system and provide a credit on your bill in the form of Solar Generation Incentives. Accumulated credited units can be consumed by the user within one financial year to avoid lapse.

A grid-connected photo-voltaic power system or grid-connected PV power system is electricity generating solar PV power system that is connected to the utility grid. A grid-connected PV system consists of solar panels, String Solar inverters, and grid Bidirectional Net Meters for connection with the Grid or main electricity.

On the other hand, off- grid solar power plant system is a system designed to help people’s own electrical system function without the support of remote infrastructure, such as an electrical grid. In electricity, off-grid solar power plant system can work as stand-alone power system or mini-grid typically to provide a electricity to users or smaller community who either do not have access or have very limited access to the main grid with electricity like most of the rural areas in India.

Off-grid solar power plant systems can refer to living in a self-sufficient manner without relying upon local electricity distribution companies DISCOM Utility. Off-grid rooftop solar power plants are autonomous; they do not rely on electrical power grid, or similar utility services.

On-grid inverters collect DC power from solar panels, convert it into AC, and send it into the load as well as into grid for credit / later use. On-Grid solar power plants are simple and easier to install since there are only two main components i.e. string inverter and solar panels. On the other hand an off-grid inverter needs a battery bank to function.

Off-Grid solar power plant is sufficient to power your house with a solar energy system. House hold appliances and lights that use AC (alternating current) electricity will require an inverter to do the job conversion from DC to AC.

What is difference between on-grid and off-grid solar system

What is difference between on-grid and off-grid solar system

Contact DayRise Solar team every time you need to know the way to get good offers while you buy solar panels in Sonipat. Also to get help and full Procedure to Avail Solar Subsidy in India for Grid Connected Rooftop Solar Power Plant, it’s possible you’ll like to contact extremely skilled and expert group of DayRise Solar by way of its Website’s product Page or by e mail alternately for any question associated to Solar Energy, Solar Subsidy, Solar power, solar products, design, installation and commissioning of On-Grid / Off-Grid Rooftop / Ground Mounted Solar Power Plants throughout Haryana and Delhi NCR. Qualified skilled team of DayRise Solar might help you in processing of subsidy utility, bi-directional meter utility and uploading of all related documents.

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Solar Subsidy Eligibility Govt policy and Benefits of Solar

Solar Subsidy Eligibility Govt policy and Benefits of Solar

While we discussing about Solar Subsidy Eligibility Govt policy and Benefits of Solar, I might like comment that this is the right time to adopt solar energy from renewable sector since Government of India and State machinery are equally supporting the consumer / user of solar products through subsidies and incentives.


Solar Subsidy Eligibility Govt policy and Benefits of Solar

Solar Subsidy Eligibility Govt policy and Benefits of Solar

Alongside it, the Indian Government is investing huge sums to incorporate solar energy systems in the public sector too.  Appended below are the few scenarios, take a look:-

Government support with Subsidy

  • 10 to 20% margin
  • 2-3 years break even time
  • solar adoption is increasing
  • Net Metering Incentives
  • One Time low investment startup

Why to adopt Solar Energy or Solar Business

  • Business Management training is prevalent
  • Rooftop Solar Installation and training is easily accessible.
  • As per new policy no approach required with Govt or SNC
  • No security deposits are required.
  • Installation and technical support
  • Quality assurance.

Go Solar and Get Subsidy of Rs.20,000/- per Kw or 30% of project cost on ONGRID Rooftop Solar Power Plants in Haryana and Delhi.

Who are eligible for Solar Subsidy

√Domestic / Residential users
√Private Schools/Colleges and Institutions
√Registered NGOs under NPO category

√1 kilowatt On-Grid Solar plant yields 4-5 units per day.
√Every month reduces bill upto Rs.1000
√Produce free electricity for next 25 years.
√ROI 4-5 Years.
√Net metering and Tax benefits for commercial users.

Solar power plant installation mandatory for following

√√ All private schools / Colleges / Vocational Institutions.
√√ All private hospitals / Medical laboratory / Medical Colleges.
√√ Hotel / Motel / Malls / Shopping Complexes and restaurants.
√√ All builders / Developers for Building / apartments.
√√ All Residential plots =>500 Yards.
√√ All commercial and industrial installation.

As a last minute note, the Indian Government is very soon likely to withdraw subsidies and incentives for Commercial, Institutions and Social Sector as per the upcoming policy 2018.

To avail Solar SUBSIDY @Rs.20000 per Kilowatt or 30% of project whichever is less on ON-GRID and HYBRID Plant of Domestic, institutional and NGO (NPO) category, contact or reach us


DayRise Solar Enerdy Pvt Ltd,
B/212C, Mama Bhanja Chowk,,
SH11, Delhi Rd, Sonipat, Haryana-131001


Whatsapp :
9963493474 Anand
9618637662 Vipin


#dayrisesolarenerdy #solarenergy #solarpower #solarpanels #solarplant #ongrid #solarpanelsinstallation #solarpanelsinsonipat #dayrisesolar

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Long term Impact of Brexit on UK’s Renewable Energy

Long term Impact of Brexit on UK’s Renewable Energy

Long term Impact of Brexit on UK’s Renewable Energy

Long term Impact of Brexit on UK’s Renewable Energy

Continuing from the previous part “impact of Brexit on UK’s renewable-energy” some more thoughts to understand long term impact of Brexit on UK’s renewable energy sector

Experts point out that much of the UK’s success in renewable energy has come with the regulatory [one of the most ambitious climate change policies] and financial support of the EU.

A Brexit would mean an end of funding support from EU for renewable energy projects and maybe without the push and pressure, UK could backslide on its carbon emissions goals. Unless they see a strong support from the UK government after Brexit, a Brexit may drive away the investors-atleast in the short term.

Statistics say that UK has received 24% of the The European Investment Bank’s (EIB) total investing of more than 7 billion euros into renewable energy since 2007. A Brexit could mean to a much lesser disbursement for projects in UK. A point to note is that non-EU countries have received only 12% of the disbursed funds.

The UK could presumably lose access to the EU’s eighth Framework Programme that funds innovation and research, Horizon 2020, which runs until 2020. A significant portion of these funds are dedicated to energy innovation and the UK is one of the larger recipients.

Many academic institutions and companies that currently benefit from the program could see their funding evaporate negatively impacting R&D of new clean energy technologies.

Though the UK government has its own policy on climate change; it is not particularly focused on renewable energy only and without the pressure from EU, the industry may also see a lag from the government to achieve the targets due to budget constraints or weakening of the policy by a new government.

This thought comes from the fact that pro-Brexit supporters have blamed EU for increased electricity costs, closure of coal  plants and energy taxes. The expectations are that post Brexit, support for renewable energy in UK will whittle down leading to less encouraging government policies.

The fear is that with Brexit UK will loose momentum on low carbon approach especially when following the Paris meet, low carbon has emerged as one of the key drivers of new economy.

Brexit would be bad for what has been achieved in Paris COP21

Experts point out that UK could adopt one of the following models following Brexit:

The Norwegian Model

Continue in the single market, including for energyRequires acceptance of free movement of people and budgetary contributions All trade rules, including anti-dumping measures, Continue to apply Some veto powers on EU expansion

The Swiss Model

Trade continues via a network of bilateral agreements for different goods Bilateral deals require participants to adhere to EU rules No influence on EU policyCreate option to pick and choose areas of trade cooperation Switzerland is part of the Schengen group of countries

Joining the European Free Trade Area

Free trade of goods but not people or services into the EU No budget contribution required


The UK could leave trade to be defined by WTO rules All trade agreements would be independent of EU No free movement of people No right of access for service providers No budget obligation

Turkish and South Korean Models

Turkey is part of the customs union but not the free trade area Turkey has many bilateral trade agreements, no free movement of people South Korea not part of customs union or free trade area South Korea has a comprehensive free trade agreement with the EU,European subsidiaries required to access single market





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