SOLAR WATER HEATER  SUBSIDY

The Central Govt. Subsidy for Solar Water Heater Manufacturing & Trading is facing a Critical Condition which is under Hold.  The Amount of Subsidy  under hold is around Rs.350-Crores.as per Solar Thermal Federation of India.   This subsidy is sanctioned by Jawaharlal Nehru National Solar Mission to the   Solar Water Heater Manufacturers.  For every Unit the Subsidy  Amount is 30%.  In the F Y -2012-13 it was 50- Crore, and the last year it was 300-Crores which was not distributed by the Ministry till date.When there is a Business Volume of 800-Crores, the subsidy Amount is Rs.350-Crores.as per Federation Secretary General Jaidev Malviya.The increased tendency of Public towards Solar Water Heater, Subsequently the sale may also increased this year. In this Condition the Subsidy amount will met an Amount of Rs.500-Crores.  If this Condition is continued, We afraid that this may cause an END to the Solar Water Heater Industry.

MERITS   AND   DEMERITS   OF  SELLING   SOLAR   ENERGY  TO  GRID (K S E B)  IN KERALA

The recommendation of Regulatory Committee and the   decision   taken   by        K S E B   for   purchasing   the excess Solar Energy from Private sector is a very Good Decision. Similarly the Board should take all initial precautions like Safety, Loss or Damage.  But it is shameful to say that the Board is not bothering about any loss or damage. 
For the success of this Project, First we need a fresh Distribution system, Installation, Cabling, and Metering etc.. on grid line.  We can transfer the   Excess Solar Electricity to Grid, only when the Grid Line is alive.  Otherwise   the   Generated   Solar   Energy   shall not be able to distribute to   the   Grid   (  K S E B  )  Line.
When we  are supplying excess solar energy to Power  grid line that should be result oriented, But  in  Kerala  this Project   is  not  hopeful  to  succeed in the near future  because      THE   GODS   OWN  COUNTRY  in  all   DAYS & NIGHT of every season the Power cut is a CURSE to each and every Citizen of Kerala. When we  are facing  the power cut at night we will be in darkness.  This is the main drawback of this Project which is  using for  residential purpose. In this case we need a storage backup facility.  Then only we can survive.  For the success of the Solar Power Generating System,  We need to follow   some of the main instructions like  check the  Technical Specifications of the Solar inverter and  an experienced  technical installation guideline is required.   

                                            Previous Year the Central Government is announced a Subsidy for the   Solar        P V application For the implementation and distribution, but later this has been   withdrawn   by the Govt.  Not a Single Political Party or Leader is not raised any question regarding the withdrawal of the subsidy for the Solar    P V Application. So we humbly request to re-think   regarding   the  above subsidy.

Kerala State to mainstream use of solar energy

 The cabinet on Wednesday approved the Kerala Solar Energy Policy aimed at mainstreaming the use of solar energy in the energy mix of the State. The policy proposes to increase the installed capacity in the solar sector to 500 MW by 2017 and 2,500 MW by 2030. Various incentives are proposed to promote the use of solar energy.The plans include promotion of offsite generation at locations such as canals, reservoirs, wastelands and quarries besides off-shore generating plants.

A) Off-grid applications
Off-grid solar applications shall be promoted for replacing diesel-based generator sets. Interventions will also be made for establishing rooftop system at demand points or consumer premises and promotion of conversion of existing inverter installation to solar power.The State will also promote solar water heating system by making its use mandatory in industrial buildings, hospitals, hotels, housing complexes, hostels, barracks and jails, guesthouses, and similar buildings. It will also promote solar steam systems for wider applications such as community cooking, process industries and laundries, and industrial processes requiring steam.Use of solar power and water heater will be made mandatory for residential flats, buildings with floor area of more than 2,000 sq ft.
For off-grid systems, the policy seeks to ensure bank finance at attractive interest rates and provide generation-based incentives. For grid-connected systems, the government itself will set an example by setting up generation facilities in public buildings. The policy urges all concerned to make use of rooftop and premises to install solar plants to match maximum demand of the offices within two years.For grid-connected systems in non-government buildings and premises, incentives will be provided on the basis of net metering, feed-in-tariff, and renewal energy certificate mechanism.Since large-scale absorption of solar power into the system is impossible without sufficient storage, a programme for exploring and developing pumped storage schemes will be promoted.For evolving safety and quality standards, capability of academic institutions both within and outside the country will be leveraged. The policy also proposes licensing for manufacturers and all solar photovoltaic systems to be installed in the State. Solar procurement obligation will be mandated for commercial consumers with more than 20kVA of connected load.

B) REGULATORY FRAMEWORK
The policy will be extended to other industrial consumers in a phased manner. At a later stage, similar conditions will also become applicable for high consuming domestic consumers. The legal and regulatory framework that will come into force following implementation of the policy is to mandate 100 litres solar water heater and 500 W solar photovoltaic systems for domestic building with floor area of between 2,000 sq ft to 3,000 sq ft.All buildings above 3,000 sq ft will have to install a 100-litre solar water heater and at least 1,000 W solar photovoltaic system. In case of residential flats and apartments, five per cent of the energy usage for common amenities should be from solar power.

Q. What is the difference between a solar inverter and a normal inverter?
Ans. :-
1. A solar inverter works absolutely on solar power ie., sun light. Whereas a normal inverter works with the current from the grid power. ( to charge the battery while In solar inverter uses sun rays and have the provition to charge using grid power in critical situation )
2. A solar inverter can give more backup time however, a normal inverter gives a full load back up of only 2 to 3 hours.
3. Solar inverter comes with good advanced security features than the normal inverter.

Q. Can you explain the major advantage while installing a solar inverter instead of normal inverter?
Ans : The major advantage is stated below:-
A normal inverter is charged from grid power and it is AC current. While using, AC current is converted into DC current and there will be conversion loss. The conversion is required from ac to dc and the output energy we get is half of what its used in storing in battery. In solar inverter system panel generate dc current while it using to charge the battery there is no conversion loss so we get full efficiency i.e. we get 2 way saving like we can avoid the conversion energy loss and get solar energy free of cost.

Q. Can I convert my existing normal inverter to solar power?
Ans : Yes, you can manually convert the existing UPS or inverter to solar power with some conditions. Before conversion please contact for the technical support for what capacity, model of the panel and the charger should be used for the existing system.

Q: What are included in solar power plant installation ?
Ans:Solar Inverter/UPS for conversion from DC to AC , battery pack for backup of the excess current, solar panels for power generation.

Q. What is the average current generated by the solar?
Ans: The amount of electricity that you can generate depends on the size of system, which way it is facing, whether there is any shading from trees or other buildings and the local climatic conditions. Normally in Kerala climate the average entire year per day calculation is 1000 W Solar panels can create between 4 to 4.5 units electricity per day.

Q. Can the solar work on rainy or cloudy or in winter ?
Ans: Yes, it can, but its efficiency will reduce to produce the electricity and the usage of home appliances will be also reduced during these periods too compared to the sunny days of summer.

Q. Can we give solar connections to house hold items like AC, Washing Machine, Fridge, Water pumps etc?
Ans: Yes, we can give the connections but you have to select the right kind of solar system to power that kind of load.

Q. How is the load calculated?
Ans: The load is calculated by using a simple formula i.e. list out all the house hold items and its current consumption including starting current and by totaling consumption, we get the total amount of the load.

Q. How to decide which type of solar installation is required in homes?
What all precautions are to be taken when considering to install a solar in our home?
Ans: Firstly decide what type of load you are going to give to the solar power plant viz. light or heavy. A place

 

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