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India Makes Progress on Solar, But Barriers Remain

by Guest blogger for Varun Sivaram
February 17, 2017

A worker cleans photovoltaic solar panels inside a solar power plant at Raisan village near Gandhinagar, in the western Indian state of Gujarat (Reuters/Amit Dave) A worker cleans photovoltaic solar panels inside a solar power plant at Raisan village near Gandhinagar, in the western Indian state of Gujarat (Reuters/Amit Dave)

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This guest post is co-authored by Sarang Shidore, a visiting scholar at the LBJ School at the University of Texas at Austin, and Joshua Busby, associate professor of public affairs at the Robert S. Strauss Center for International Security and Law at the LBJ School at UT Austin.

India’s ability to limit its future greenhouse gas (GHG) emissions is critical to achieving the Paris Climate Agreement’s target of containing global temperature rise to 2 C or below in the coming decades. And as we examined in our last blog post, deploying solar energy at scale is critical for India to curb its rising GHG emissions, as well as to enhance its energy security and air quality.

Last time we had identified four barriers obstructing solar’s rise in India: too-aggressive bids in auctions for solar power projects, poor financial health of Discoms (power distribution companies, mostly owned by state governments), inadequate grid capacity, and relative neglect of the rooftop segment. Now that a year has passed, what progress has India made on each of these four barriers, and what are the prospects for solar growth, going forward?

The Good News: India’s Government Is On It

First, the good news. It is now clear that India’s solar capacity additions have been solid. Net capacity installed stands at over 9 GW, with 4 GW added just in 2016, with a further 9 GW slated to be added in 2017. To put this in perspective, the historical pace has been 1 GW per year. In international comparative terms, China led the field by adding 34 GW, followed by the United States, which added 13 GW, Japan 9 GW, and Germany 1 GW in 2016. And the scope of Indian solar auctions has recently widened, as new states from the south have led solar deployment.  Tamil Nadu now leads all states in installed capacity with 1.6 GW, with early movers Rajasthan and Gujarat at second and third place respectively. Rooftop solar has finally begun to take off, with net capacity at 1 GW. As a promising step toward integrating intermittent solar power, India had its first-ever auction for grid-scale storage., Last but not the least, the Indo-French led International Solar Alliance promises economies of scale for innovation, financing, and energy access.

A big reason for the successes in the past two years has been the sustained focus of the Indian central government, which has put in place an array of proactive policies to boost the sector. These include capital subsidies, a 10-year tax holiday, credible public sector enterprises as facilitators of central government auctions, a “must-run” status (i.e., preferential dispatch over coal) for all renewables), and the goal of building 33 solar parks which eliminates the problem of land acquisition for project developers. Though the latest budget had only a few new renewables initiatives, market sentiment in Indian solar remains optimistic.

Coupled with significant interest from the private sector (much of it domestic), proactive government policies have improved access to finance, at least for the larger solar park projects. Still, high interest rates are cutting into the sector’s potential profitability and large volumes of finance will be required in the future.

Obstacles: The Sequel

Despite the Indian government’s commitment to solar, the quantity of solar electricity generation in India remains small—only 1% of the total. Achieving the Modi administration’s 100 GW target by 2022 is unlikely. The consultancy Bridge to India projected that, given current trends, India will only reach 57 GW.  Granting that the target was too ambitious to begin with, multiple challenges remain if solar is to make an appreciable contribution to India’s energy security and environmental goals.

Competitive Bidding: The Down Side of Down

We identified several barriers to scaling up solar last time. The first was the potential for competitive auctions for solar power projects to yield too-aggressive bids. In theory, the framework of competitive bidding for commissioning solar projects is advantageous in two ways. First, it is a rational price discovery mechanism that promises to deploy solar at the lowest costs. Low costs are critical as the Indian electricity sector is highly tariff-sensitive, and solar still costs more than domestic coal. Second, it is aimed to eliminate rent-seeking—an important consideration in India with major corruption scandals in coal mining and telecommunications still fresh in public memory.

However, competitive-bidding can also trigger an unhealthy race to the bottom, in which bidders with less-than-stellar project credentials pull out all stops to win bids with the aim of cornering market share or banking land. Although many bids do have penalty structures in place for project overruns, they may still ultimately fail to deliver.

Two ameliorating factors have somewhat lessened concerns over the viability of competitive bidding. The first is the continuing trend of falling module prices. Imported Chinese panel prices have fallen 30% in 2016, more than anticipated. This means that projects bid earlier in 2016 or before have their real profit margins enhanced. The second factor is on-going market consolidation. This allows for cost savings through scale and again makes lower bids more robust.

On the flip side, however, on-going court battles in the coal domain may have adverse knock-on effects in the solar space. In 2014 India’s top electricity regulator had allowed two major generating companies to raise tariffs retrospectively for coal-fired plants running on imported coal, claiming expansive powers derived from its regulatory role. The generators had gone to court, in the wake of the rise in the price of imported Indonesian coal, to seek modifications to tariffs arrived at through competitive bidding. The key Indian judicial body in electricity matters, the Appellate Tribunal for Electricity (APTEL), allowed the tariff hike, but under the narrower Force Majeure clause (normally invoked due to extraordinary events such as war, riots, or natural disasters) in the contract.

The Indian Supreme Court will issue a final ruling soon on whether retroactive tariff hikes are permissible—a ruling that could have implications for whether solar developers can change their bids after winning contracts at rock-bottom prices. However even if the court rules in favor of the more restrictive APTEL judgement, the viability of the competitive bidding framework may be weakened. If contractual prices discovered by bidding are subject to change downstream due to input cost increases, even if narrowly defined, the market potentially gets neither the upfront security of feed-in-tariffs nor the consumer savings of sustained lowest costs. India needs a better bidding process that discovers truly sustainable prices that are not subject to re-litigation downstream.

UDAY: Will Discoms Rise from the Depths?

We had identified the financial health of Discoms as another major demand-side challenge; indeed some analysts consider this as the primary challenge in the entire electricity sector. Poor Discom health leads to adverse climate and air quality impacts for two reasons. First, low demand due to under-buying has reduced the Plant Load Factor (PLF) of coal-fired plants to below 60%, well below normal levels of 80-85%. Operation at such sub-optimal levels produces more pollutants and carbon per unit of electricity generated. Second, Discoms are forced to seek power at the lowest possible cost to stem their losses. This makes solar electricity less competitive.

The central government has unveiled a bailout plan with the acronym UDAY, aimed to fix Discom financial health. This is the third such plan over the past fifteen years. The plan is an improvement over previous attempts. It gets the states to take over 75% of the Discom debt, which they will then issue as interest-bearing bonds. Effective interest rates of repayment will be reduced from 14-15% to 8-9%. Discoms will eliminate the gap between cost and revenue to zero by 2018-19 through quarterly tariff revisions and a reduction of operating losses to 15%. The central government will provide some incentives for states to comply with their commitments and deadlines.

However, UDAY does not provide for any penalties to states for non-compliance. Levying penalties is constitutionally difficult as distribution companies are under the purview of state governments, which in India’s federal system zealously guard their powers. UDAY also does not provide any upfront funding for investing in India’s creaky distribution infrastructure. This is critical to reduce technical losses, or the losses in power as it travels through the dilapidated power grid, as UDAY has targeted. UDAY also does not concretely address the fact that financial losses at the Discom end of the electricity chain are partially a reflection of inefficiencies further upstream – specifically, in coal mining, transport, and electricity generation – and a more holistic approach is required to solve the insolvency problem.

Early results from UDAY are mixed. Of the five biggest loss-making Discoms, two have missed their targets by wide margins. Two others have shown improvements, while the fifth has been poor at providing timely data. If states don’t eliminate Discom deficits by 2018 as planned, the debt will appear on their books, substantially damaging some of their balance sheets. 2017 will be critical to assessing whether UDAY is working as planned.

The Grid: Will Slow and Steady Lose the Race?

Ultimately, ambitious expansions of solar supply will be of little value until there is requisite demand to buy all this power. We had identified grid integration as a major demand side barrier for scaling up solar. The geographies of solar in India are distinctly skewed. Only seven states account for more than 80% of generation, but those states represent less than 40% of demand, which leads to localized power surpluses that cannot be easily transmitted to external sites of consumption. The ambitious Green Energy Corridor (GEC) project is aimed to strengthen both inter-state and intra-state transmission, with loans of $1 billion and Euro 1 billion from the Asian Development Bank and Germany’s KfW respectively. The project includes not just new transmission lines but also Renewable Energy Management Centers to better forecast the actual generation from a given solar site. The project completion deadline is March 2020, with all inter-state transmission lines to be commissioned by the end of 2018.

However, according to the market research firm Mercom Capital, progress in the Green Energy Corridor has been disappointing. There is poor coordination between government agencies and regulatory commissions, and the build-up of new grid capacity is simply not keeping pace with the large infusions of new supply coming online. The central government, however, has insisted that the GEC is on track to meet its deadlines, while admitting land acquisition delays in some states. The history of most large infrastructure projects in India is one of delays and inconsistent execution. Therefore, it is more likely than not that GEC will miss its targets, and curtailment issues with solar may persist for several more years.

Rooftop Solar: The Sun Begins to Shine

40% of India’s solar target is in the rooftop segment, and when we examined it in our last post, the sector was sluggish with myriad problems. 2016 however may have been the turnaround year, with net rooftop capacity now at 1 GW, most of which was added this past year. An additional 1.1 GW forecast is to be added in 2017, an appreciable portion of it from central government institutions. Most of the rest is likely to be in the Commercial & Industrial (C&I) segment, dominated by the third-party ownership model in which third-party developers own and operate the system on the customer’s premises and realize steady revenue streams.

Net metering, in which owners of rooftop solar systems can offset their bills by exporting solar power to the grid, is formally in place in most states but is still failing largely due to state government resistance and poor Discom health. A recent modest incentive scheme is unlikely to be adequate. The failure of net metering has not deterred C&I firms from installing rooftop solar, but is a serious barrier for scale-up in the residential segment of rooftop market. Ironically, if C&I rooftop solar continues to grow, it will further degrade Discom finances because C&I customers pay the highest tariffs. Debt financing also remains a concern in the rooftop space.

Miscellaneous Challenges

Finally, there are various miscellaneous challenges that also obstruct the rise of solar in India. For example, the roll-out of solar parks has been plagued by delays,  there is ongoing uncertainty over the Ministry of Environment’s order on shutdown of old coal plants, and debt financing for solar projects is not always easy. There are also concerns over the quality of solar panel imports, some of which are from lower-tier Chinese manufacturers. A draft regulation on testing the quality of imports has been released by the government, but it needs to be implemented robustly.

Conclusion

The bottom line in India’s push to deploy solar power is that a commendable push by the central government has not yet been able to overcome a number of serious barriers. The most critical areas to watch are government efforts to restore Discom solvency and those to shore up the health of the grid. Solar will continue to expand in India at a solid pace, but unless further major policy initiatives are implemented, India will fall well short of its ambitious targets.

 

 

 

 

 

 

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  • Posted by George Chakko

    Let me point out few other deficits as supplement to what the author has already dealt with.

    a) The primary crucial deficit is in the quality of solar technology employed. India’s progress in advanced microelectronics is poor. To the best knowledge of this commenter there are hardly any vertically- integrated high-power solar cell fabricators in India, meaning, mastering the technology cycle from raw material purity processing to crystal growth to epitaxy to solar devices in commercial business. Excepting for Central Electronics which is a defence-oriented government company, most commercial solar manufacturers have to depend on foreign imports.

    b) Only the Tata’s have in recent years sealed a quality tie-up with a top-grade, U.S. semi-conductor co. Honeywell. It is time more Indian private companies go the Tata way and enter into tie-ups with U.S., Japanese and Israeli companies to receive latest advances and know-how in high-power solar cell production on a vertically integrated production basis. Just because they are cheap, importing junk solar-tech panels from China is the most stupid thing to do as they do not solve the problem.

    c) The relevant technology India needs is the multi-junction solar cell fabrication know-how. The U.S. has pioneered this advance and it is time PM Modi includes that in his agenda when meeting President Trump sometime this year. The multi-junction solar cell technology incorporated in concentrated solar cell modules can enormously hike the power production by at least a factor of two, if not three. Having partnered in this business before with a top U.S. semi-conductor physicist, late Dr. H. F. Mataré (California) I may state with confidence that, coupled with a co-generation system converting the additional thermal heat created into electrical energy you will have a 55 percent conversion efficient system, where the excess electrical energy of hot Summers can be stored by splitting water into hydrogen and oxygen. Oxygen has industrial applications and can be used to clean up India’s polluted rivers and hydrogen will become the energy carrier of this century. India being on the sun-belt should make optimal use of the power of sun and while three-fourths of the Earth’s crust is covered by water, there is no better alternative to the solar-hydrogen option till in some distant future commercially viable fusion energy makes a breakthrough. When hydrogen burns we get water completing a pollution-free cycle. Once hydrogen is mass-produced it will not only relieve the environment, but also enhance cheap production of hydrogen-fuelled cars and motor vehicles on India’s roads. Dr. Mataré, who visited India in 1978 as a UNIDO-hired consultant for India’s fledgling semiconductor industry, once jested satirically – “India, instead of making use of the hot sun power prefers to suffer under it”. Instead, India put all its eggs heavily on nuclear energy with abhorrent shameful returns, covering only around 2 pc total energy needs.

    d) The electrical grid-integration will be a problem esp. in a developing country like India. The problem is further compounded by the fact that sun energy comes in varying intensity with clouds and rains interfering. But that is a technical problem Indian engineers can and must solve. Nevertheless, Japanese help in updated state-of-the art tech quality engineering needs be sought and Abbe-Modi rapport will be a good catalyser in this regard.

    George Chakko, former U.N. correspondent, now retiree in Vienna, Austria.
    Vienna, 17/02/2017 21:08 hrs CET

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