Solar PV - Sunita Narain Senseless Editorial in Down to Earth

June07, 2013

It’s a pity Down to Earth is so degraded even its editorials are Bogus Meaningless Outdated and Misleading.

Here in this Editorial like some months earlier Sunita is completely out of touch.

Firstly she doesn’t understand that Solar PV are already commercially viable in countries like India where Electricity Tariff are very high and Sunshine almost twice of EU and North America, Japan.

1 kw Solar Panel produces 2000 units of electricity in a year and over 25 years is expected to generate 50,000 units of electricity that @ Rs.9 per unit DTE Office pay is Rs.4,50,000 worth of lifetime generation. Solar PV costs are under $1 per W Turn Key Installation, 1 kw panel cost is around Rs.60,000 only.

Solar Power is already Viable in 95% of India.

Solar Panels in India are Most Suitable for Offices and Commercial buildings that generally work from 9AM to 5PM – Solar panels reduces grid power consumption, Minimize impact of Interruption in Grid Supply.

It is important to note in India Offices and Commercial buildings work for 6 or 7 days in a week unlike developed countries shall require little or no storage.

Solar PV therefore has Triple Advantage in India.

1.  Produces 50% to 120% more power India in winter and summer compared to EU, North America, Japan.

2.  Power tariff in India are much higher than USA – Solar PV is more beneficial in India.

3.  Solar PV can directly supply solar power for Office and Commercial Purpose.

4.  Domestic Consumers shall utilize 100% of Soar PV power and cut down highest tariff slab consumption into low and medium slab tariff.

I have already proposed Scaling up of Solar Mission to 100,000 MW by 2020 mostly rooftop panels.

Ravinder Singh

Inventor & Consultant

Progressindia008@yahoo.com

Solar energy not war

Sunita Narain 2013-6-15

Illustration: Anirban BoraIf you know that a sector has arrived when it makes for trade wars between countries, then solar energy clearly has. Last year, the US imposed anti-dumping duties on Chinese imports of solar panels; now the EU has proposed the same. The Chinese have in turn threatened that they will take action against European exports of poly-silicon, the material used for manufacturing solar panels. In February this year, the US filed a case against India at the World Trade Organization (WTO) for “favouring sourcing of panels from domestic manufacturers”. Earlier this month, Canada lost a similar case filed against it at WTO for its support to domestic manufacturers in procurement of solar panels. So, what you thought was all good and nice has suddenly become the biggest bugbear in international trade relations. It tells you that this sector is growing, it is lucrative and it makes for fierce trade politics and competitiveness.

But this is only part of the story. The big issue underlying these “wars” is the role of solar energy—a new source of power to lead the world to a low-carbon future and thus, away from the looming climate crisis. It has big objectives.

First, it has to become cheap so that it can achieve grid parity and compete with the dinosaur in the market: coal and oil. This can only happen when its deployment is greatly scaled up. Secondly, it has to reinvent green growth. This is why solar energy has been “sold” as an alternative industry, which will add to employment. It is the economy of the future. Thirdly, it has to secure needs of the most energy-poor. In other words, this relatively expensive and certainly most modern energy system should reach the poorest millions living in darkness. This would mean cutting the cost of supply, building networks to distribute and doing all that has not been done before.

Solar energy, therefore, has a tall order to deliver. The problem is countries have never considered the competing and often conflicting objectives. As a result, solar energy instead of becoming the messenger of the new cooperative world is getting embroiled in battles.

Consider this. The Chinese have managed to bring down prices and in the process led to the collapse of manufacturing across the world. It is estimated that in 2011 PV modules cost 60 per cent less than what they did in 2008. The first objective of solar energy is close to being met. But cheaper supply from China has hit manufacturing elsewhere. This has led countries to look for options to subsidise their industries and, in turn, damaging others. The US, for instance, provides cheap loans tied to purchase of domestically produced solar systems. Indian solar manufacturing has suffered fatally.

The second objective of using this new industry for green growth is being destroyed. It is for this reason that governments are hitting back.

In all countries the developers—the companies that buy solar systems to install power stations—are objecting to what they call are unnecessary protectionist measures at the behest of inefficient domestic producers. They say cheaper solar power systems have resulted in large-scale deployment, which in turn has given jobs and growth. The result of this powerful push back is that within days of announcing the anti-dumping duties, the US and EU solar associations have issued the Shanghai Declaration asking for a “rule-based trading system” and no duties. Over 1,000 industries have written against the proposal. Hectic parleys are on between the US, EU and China to find a “satisfactory” answer. No doubt these dependent trading partners will find a solution that suits their mutual interests but where will this leave the original purpose of solar power?

This is where the world needs to stop and think. The fact is that countries need manufacturing capacities for domestic employment and to build the future industrial base. The fact also is that solar energy, even with substantial cost reductions, needs policy and financial support for growth. In all this, governments must provide the framework, and not just leave it to the market.

The global aim should be to support this source of power, even if it distorts the so-called market. That’s why it is essential that all trade cases be withdrawn. It should be accepted that countries will provide fiscal support for building manufacturing and that domestic procurement would be facilitated. This is part of the bigger design.

The Indian government must continue with its policy to mandate domestic content in solar installations. But to make it work it should also provide cheap loans—similar to what the US government does through its EXIM Bank—conditional to the purchase of locally produced systems.

Most importantly, the support must be focused on meeting the third objective: reaching clean energy to the poorest. This would mean supporting decentralised power grid that feeds power directly to households. This will not be easy. The cost of such systems is high, cost recovery low and the ability to pay even lower. Let’s remember, the dinosaur can be slain only if there is new energy. New dawn needs new light.