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Indian wind farm developers face troubling delays in getting projects built

February 28, 2019 By Gavilab Leave a Comment

by Anindya Upadhyay, Bloomberg

India has drawn global attention since it started awarding wind power projects at record-low tariffs, spurring optimism that renewable energy could supplant the nation’s abundant coal resources in electricity generation.

But about half of the more than one gigawatt of capacity awarded in the country’s first auctions in 2017 are incomplete, almost five months after their commissioning deadline, according to J.N. Swain, managing director at state-owned Solar Energy Corp. of India, the agency tasked with implementing the country’s renewable energy targets.

The South Asian nation has awarded some of the world’s lowest green energy tariffs and became the biggest auctioneer of solar and wind capacity last year, according to Bloomberg NEF. But the delays are a check on bringing to reality those rock-bottom power rates achieved via auction, the preferred method by Prime Minister Narendra Modi’s government to achieve its goal of installing 175 gigawatts of renewable capacity by 2022.

SECI has conducted a total of six rounds of wind auctions since 2017, awarding 8.4 gigawatts of capacity. A large chunk of that capacity auctioned over the last year may take longer than expected to get off the ground, just like the first projects, Swain said in an interview in New Delhi last week.

Wind projects have been delayed by problems obtaining land to build the projects and gaining access to the power grid, according to Swain. These issues have also held up other energy developments in India, such as nuclear power plants and oil refineries.

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‘No Different’

“The issues faced by wind developers are no different from that faced in any other sector,” Swain said in a follow-up message. Those issues are “difficulties in aggregating land and getting right of way for transmission lines. The nature and scale is same for all sectors.”

Of the five companies winning a total capacity of 1,050 megawatts in the first auction, only a unit of Singapore-based Sembcorp Industries Ltd. has been able to commission its 250-megawatt project, according to SECI and the company. Other winners — including Mytrah Energy Ltd., ReNew Power Ltd. and turbine maker Inox Wind Ltd. — have struggled to start up, according to SECI.

India awarded projects in its first federal wind auction in 2017 at 3.46 rupees (5 U.S. cents) per kilowatt hour. Tariffs dropped to as low as a record 2.43 rupees in Gujarat state auctions later that year.

World’s Cheapest

According to BNEF analyst Atin Jain, the levelized tariff in SECI’s third and fourth auction, in February and April 2018, were near $20 per megawatt hour, the cheapest in the world and 6 percent below the levelized lowest bid in a recent Saudi Arabian auction.

Many wind power projects are being delayed because of transmission issues, according to Vinay Rustagi, managing director at renewable energy research firm Bridge to India. The time taken to set up adequate transmission capacity is about three to four years, while a solar or wind project can be built in less than two years.

SECI expects that 3 gigawatts of capacity, out of the 4 gigawatts awarded through the third and fourth auction rounds, will be delayed as developers are finding it difficult to secure land in Gujarat state, Swain said. ReNew Power and Mytrah Energy’s projects in the first round are also delayed because of land access issues, he said.

‘Lose-Lose’

“Land issues are a lose-lose situation for the entire wind ecosystem,” said D.V. Giri, secretary general of the Indian Wind Turbine Manufacturers Association, adding that delays cause power sale agreements between states and SECI to be violated and equipment inventory to pile up, hurting manufacturers. “Such a situation will not be viewed favorably by the global investor community.”

ReNew Power has commissioned 226 megawatts out of 250 megawatts it won, spokesman Pradeep Wadhwa said in an email. Approval to use land for the remaining capacity has been granted and construction has begun, he added.

Mytrah Energy didn’t respond to requests for comment.

Inox Wind, meanwhile, said its projects in the first round have not been commissioned because the central grid is not ready for it to connect. In addition to its own 250-megawatt project, it’s also building 50 megawatts of capacity won by Adani Green Energy Ltd., which didn’t respond to a request for comment.

“Inox Wind can’t do anything until the central grid is ready,” Devansh Jain, the company’s executive director, said during an earnings call earlier this month, adding the deadline for commissioning was Oct. 5. “So what does the deadline do? The deadline is of honestly no use.”

The buildout of wind power capacity is a topic discussed at POWERGEN International. Learn more about the event here.

First published on 2019-02-28 14:12:00

Original Source

Filed Under: News, Onshore, Project Development, Renewable Energy, Wind Power

Editor’s Choice 56:3 – Evaluating syndromic surveillance of wildlife disease outbreaks

February 28, 2019 By Gavilab Leave a Comment

For issue 56:3’s Editor’s Choice, Associate Editor Silke Bauer explains why Wolf et al.’s model for syndromic surveillance presents an important first step in supporting park managers to better understand and manage wildlife diseases. The selected Editor’s Choice article is Optimizing syndromic health surveillance in free-ranging great apes: The case of Gombe National Park by […]

Filed Under: Applied Ecologist, Editor's Choice

UK local authority to produce all electricity from solar

February 28, 2019 By Gavilab Leave a Comment

Two large-scale solar farms are set to make Warrington Borough Council the first local authority in the UK to produce all its own electricity from clean energy.

Solar and storage company GRIDSERVE is to build the solar farms in a deal worth more than £60m.

They will be the biggest to be built in the UK since 2016. Construction of the first 34.7 MW hybrid solar farm, plus 27 MW of battery storage at York – the largest at any UK solar farm – is due to start imminently. This is due to be followed by a 25.7MW solar farm at Hull.

Warrington Borough Council has agreed to pay £62.34m for the two assets and will take ownership when they are operational. GRIDSERVE will continue to operate and maintain the solar farms over their lifetimes to maximise system performance and value for the council.

GRIDSERVE chief executive Toddington Harper said: “Warrington is leading the way in showing councils how solar and battery storage can help generate sustainable income to deliver vital public services, meet climate targets with clean energy, and support a low carbon economy.

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“These will be the most advanced solar farms in the UK – and quite possibly the world – ushering in a new era of subsidy-free, truly sustainable energy. We’ve completely rethought the solar model, looking in detail at how to maximise value at every step, and these projects will also pioneer the use of cutting-edge technologies that serve the grid”.

Warrington Council expects the two projects to generate millions of pounds in profits every year for 30 years. The Hull solar farm will supply all the council’s electricity needs and cut its energy bills by up to £2m a year. Electricity from the York solar farm will initially be sold on the open market, although a number of additional local authorities have already expressed an interest in buying its power.

Warrington Council leader Russ Bowden said: “This deal is good news for Warrington residents and good news for the environment. The solar farms will secure our energy supply, give us control over our energy prices, contribute to reducing fuel poverty and generate an estimated operating surplus of £150 million over 30 years that can be invested back into the most important frontline services.

“Councils have a major role to play in helping to meet carbon emission reduction targets. These two sites are a working model that we hope other Local Authorities will follow.”

The two solar farms will involve a number of “firsts” for the UK solar industry, pioneering the commercial use of new technologies to maximise solar generation, make more money from electricity sales, and earn income from grid services.

The 27 MW lithium-ion battery storage system at York will share the grid connection and allow GRIDSERVE to control the flow of energy so it can get better prices for the solar power and earn money by providing services that help National Grid to balance supply and demand and support growth of renewables and electric vehicles. A battery storage system is also planned to be installed at Hull in a later phase of the project.

York and Hull will also be the first UK solar farms to use bifacial solar panels, which generate energy on both sides. They will also be the first large-scale UK projects to use trackers which follow the sun, maximising generation over the whole day, and minimising ‘price cannibalisation’ risk from solar farms with fixed position solar panels which typically produce peak output at the same time each day.

GRIDSERVE and Warrington also plan to install electric vehicle charging infrastructure

sauuztabauvy

linked to both sites. These will be among the first in a nationwide network GRIDSERVE is developing, offering supercharging for up to 24 electric vehicles simultaneously.

First published on 2019-02-28 07:00:00

Original Source

Filed Under: C&I, Community Solar, Energy Storage, Europe, Microgrids, News, Renewable Energy, Rooftop, Solar

Ecological Succession in a Changing World

February 27, 2019 By Gavilab Leave a Comment

Cynthia Chang and Ben Turner are the guest editors for our latest special feature: Ecological Succession in a Changing World. Cynthia and Ben tell us more about their special feature and the inspiration behind it, below.

There is no doubt that succession is a foundation of ecology. However, when ecologists talk about succession, it often seems to be in a historical context. This has caused some to ask, “Is succession passé?” The goal of our special feature is to answer with a resounding “No!” and place succession research in a contemporary context, highlighting its relevance in modern ecological theory and pressing applied issues such as global change and restoration research.

107.2This motivated us to organize a symposium at the Ecological Society of America conference in August 2017, to highlight how studying succession brings new insights into community assembly theory, plant-belowground interactions, and restoration and global change research.

This Journal of Ecology special feature is an expanded result of these efforts. The collection of papers represent a flavor of all the different kinds of contemporary work currently being done on succession. They represent a range of biomes and ecosystems, including everything from tropical forests, volcanic landscapes, glacier retreats, grasslands, and old-fields.

This special feature presents 11 articles and an editorial that encompass 4 main themes:

1. Generalizations about succession: Prach & Walker, Chang et al., Fischer et al., and Clark et al. provide novel conclusions regarding post-disturbance successional trajectories.

2. Influence of dispersal limitation and habitat size on succession: Makoto & Wilson, van Breugel et al., and Liu et al. show how succession research can be applied to understanding restoration efforts, the effects of habitat fragmentation, as well as community response to global climate change.

3. Functional trait dynamics over the course of succession: Duffin et al. show how functional trait change over the course of succession can help ecologists understand community dynamics during ecosystem development.

4. Influence of belowground community interactions on succession: Recent advances in metagenomics allow us to better understand linkages between plant and belowground community feedbacks over the course of succession. Turner et al., Koziol & Bever, and Teste & Laliberté showcase new insights into the important role of belowground communities.

ecologicalsuccession

Read the special feature editorial: https://doi.org/10.1111/1365-2745.13132

Overall, these studies highlight the relevance of succession to modern ecological theory and novel ways for succession research to be applied to important societal issues in a rapidly changing world. Our hope is that this special issue not only highlights the continued value and relevance of successional research, but also encourages future research to be better integrated into relevant global change issues.

Cynthia Chang (University of Washington, Bothell, USA) and Ben Turner (Smithsonian Tropical Research Institute, Panama)

Read the latest issue of Journal of Ecology online, including Cynthia and Ben’s special feature: Ecological Succession in a Changing World.

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First published on 2019-02-27 14:13:13

Original Source

Filed Under: Special Features, The Ecology Journal

Rewilding in Britain: a case study

February 27, 2019 By Gavilab Leave a Comment

Over the past few weeks, The Applied Ecologist’s Blog and Relational Thinking have been exploring the hot topic of rewilding from a number of different interdisciplinary and management angles.  Now Sophie Wynne-Jones and Chris Sandom turn their focus to the UK as a, perhaps unexpected, example of where rewilding has grown. If you ask someone […]

Filed Under: Applied Ecologist, beaver, Britain, Dartmoor, Ecological Reviews, moorland, people and nature, pine marten, reintroduction, Rewilding, Scotland, sea eagle, self-willed nature, UK, wild boar

On the horizon: Options for cultivating rice as climate changes and salinity increases

February 24, 2019 By Gavilab Leave a Comment

For the latest post in our series looking at developing issues in the world of conservation, Erica Fleishman explores food security and the production of rice in a changing climate. Rising sea levels, drought, and agricultural irrigation have increased the salinity of soils in both coastal and inland areas. Mineral deficiencies and toxicity may accompany […]

Filed Under: Applied Ecologist, climate change, conservation, food production, food security, horizon scan, Perspectives, rice, salinity, salt-tolerant rice, soil

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