Above: A female Platanista gangetica minor breaks the surface of the Beas (Photo by Arati Kumar Rao)
India’s few remaining Indus river dolphins are confined to one short, beautiful stretch of the Beas. They have a fighting chance at survival only if we ensure a healthy river
Guest Blog by Arati Kumar Rao
A dark shape cleaves the Beas river, leaving a long wake in its trail. From the way it moves, it is neither a human, nor fish, nor even a river dolphin. The shape swims strongly, shrugging off the strong current. It holds its line and makes straight for a sandbar, hauling itself up on a buff-coloured spit.
A black dog, probably feral. It shakes itself free of water and, running across the sand, begins tugging at the beached carcass of a cow. Another bigger dog appears out of nowhere, and the two begin to snarl and gorge, yanking and tearing flesh off the arcing ribs.
River sandbars contain multitudes. I was upstream of Harike, the largest wetland in north India. The critically endangered gharial (Gavialis gangeticus), the fish-eating, long-snouted crocodilian, of which no more than a few hundred survive in the world, bask and nest on these sandbars. Freshwater turtles like the red-crowned roofed turtle (Batagur kachuga) and the Indian narrow-headed soft-shell turtle (Chitra indica), among the most endangered of freshwater species, use sand islands extensively to breed and to bask. Hundreds of thousands of birds — some transient visitors from China and Siberia and Central Asia wintering here, some resident — forage, nest, breed, raise chicks. Many of these creatures have this in common – they are all threatened, to greater or lesser degree.
(Above: illegal muck dumping by Parbati HEP along the Sainj River in Himachal Pradesh)
The people of Sainj-Parbati valley in Beas basin in Himachal Pradesh’s Kullu disrict’s Banjar Tehsil are living in constant fear of a disaster. Since six days now, the power tunnel of the NHPC’s under construction 800 MW Parbati II hydropower project is heavily leaking, but NHPC refused to stop water release into the tunnel till the leakage led to landslides and displacement of people. Ultimately on the night of April 17, 2017, huge cracks spread over 200 m appeared in the hills, leading to landslide & fall of soil and rocks, immediately threatening eight families of Rahan (Reina) village, though over 400 families of some 12 villages of Rella Panchayat (including Rella, Sharan, Jiva, Sulga, Khadoa, Rahan, Shalah, Bhebal, Bahara, Bagidhar, Khaul, etc) are facing the prospects of disaster as cracks in the hill have appeared just above the villages. People here are spending sleepless nights since several days now. They are afraid that if the leakage continues, these villages will have to be evacuated any moment, else a major catastrophe may result.[i]Continue reading “NHPC negligence leads to man-made disaster in Parbati Valley in Himachal Pradesh”→
The 126 MW Larji Hydropower project near Aut on the mainstem of the Beas is run by the Himachal Pradesh State Electricity Board (HPSEB). The dam is constructed a little downstream of the confluence of the two main tributaries upstream, the Sainj and the Tirthan, at the narrowest part of a spectacular gorge, towering with limestone cliffs. The impounded waters of this dam have, since its construction in 2006, drowned the access road to the entire upper Kullu valley including Manali and the hundreds of villages upstream, including access to the entire Lahul valley and the region of Ladakh over the high passes from this end. The HPSEB then constructed a 3 km long tunnel to enable passage of traffic, and many people have warned of the hazardous nature of the tunnel. The 220 odd gods that descend from different valleys, on the backs of people to the lower Kullu valley every year in autumn however, refuse to use this tunnel. This is what compelled the HPSEB to build and maintain this tunnel, and during autumn to winter, to keep the water-storage in the dam low to enable the passage of gods, who have been traveling this route for over three and a half centuries. It is remark-worthy though, that this dam constructed as recently as 2006, seems to be heavily silted-up already and the dark shadows of sediment-shoals are visible just below the waters of the reservoir.
Being among the most recently completed, the Larji dam is the only dam on the Beas that has a fish-ladder, so it was of particular interest to us. Seeing no guard at the security booth, we walk in to the HPSEB dam operating office, and ask to speak to an officer about the fish ladder. To our complete surprise, we are spoken to and even taken on a tour of the ladder by a foreman who has worked on the dam for many years.
Having seen an elaborate fish ladder on the Kuri Chhu river in Bhutan of doubtful effectiveness, we could not help but look at this one with hope and excitement. Located at around 1,000 meters altitude, this dam was clearly in the way of a host of migratory species of fish. If this ladder design was effective, then surely the ‘barrier’ problem to seasonal migration for breeding and dispersal would have been addressed. Here though, is what we saw and heard.
For one, the flow through the fish-pass seems too small to create an ‘attraction flow’ for fish. But even more obviously, the downstream entrance of the fish ladder is a steep cascade over a couple of meters of broken masonry and rock, that would clearly be un-negotiable by any fish that does not jump that high.
2. The outlet from the dam reservoir into the fish ladder is blocked off by a metal grill-mesh that is narrow enough to trap flotsam like Bisleri water-bottles. The mesh seemed too fine to let Mahseer of breeding-age pass through, either upstream or downstream.
3. The fish ladder was in a serious state of disrepair. To our questions about whether the ladder worked or not, the foreman says honestly that it does not. We see the reasons for this when we walk down the ̴100 meter length of the fish-pass channel.
4. The Larji fish ladder seemed to be a hash of different designs of fish passes. There were four different design elements in this one fish-pass. It had a slotted-weir fishway design, a low gradient Denil fishway, a steep-pass Denil fishway and a plain concrete culvert on a grade design. Most of these slotted weirs were clogged with fallen rocks and debris from the slope above, and in places, the pools in them were over-flowing the weir in a vertical fall almost 2 meters high.
5. The oblique baffles on a Denil fishway are supposed to be placed in a manner that provides staggered partial-obstructions that slow the water down at variable velocities to make it passable for fish. However, here we saw that the water picks up momentum down an extremely steep slope with the baffles at 45 degrees to the flow, not offset to slow the water, but concentrating the force of the water in mid-stream flow. The slope seemed to be at almost 40 degrees angle, and the water was turbulent in the extreme in this section. A workable Denilway slope, even for the strongest of swimmers among fish, is not designed to exceed a slope of 20% at most. This was close to a 100% slope.
The last part of the fishway was a plain concrete culvert on a grade channel, essentially a sloping channel, where even the concrete sides of the channel had toppled over into the river-bed, and the final drop was over a two meter fall into the downstream flow. I asked the foreman whether he knew whether fish managed to make it over this extreme gauntlet. He said that they did not, but that he often saw fish gather and concentrate at the bottom of the dam under the sluice gates, and make futile leaps in an attempt to get over the dam. Clearly, the Larji dam fish ladder is just an unlovely trinket, a deceptive ornament.
Watch a 41 seconds video showing how fast the water is moving through the Larji Dam fishladder at: http://youtu.be/grVaxXPdeyY, Video is by the author.
It seemed to me that the dam builders and operators, the HPSEB in this case, both at the design and the executive levels, were not serious about constructing a fish-pass that would work, and neither were they serious about this at the operation and maintenance aspects. Whether they were serious at all even at the conceptual level, to put in place a mitigation measure that actually helped migratory fish bye-pass the barrier of the dam, or was this part of the design merely to obtain environmental clearance, can only be conjectured about. That hydropower projects can devise deceitful strategies for obtaining environmental clearance is one thing, but what does this tell us about the Union Ministry of Environment and Forests, the Expert Appraisal Committee on River Valley Projects appointed by MoEF, the regional office of the MoEF, the state Fisheries Department and also the state pollution Control Board, who are all variously part of the approval processes for hydropower projects, when they get their environmental clearances based on such ‘mitigation measures’?
 The 126 MW Larji project is also infamous for being the costliest hydro-power project per unit electricity generated so far in India. Finally built at a cost of R.s 10.27 billion, which was twice the estimated cost, the Vigilance department unearthed major financial misappropriation by HPSEB officials.
 Other than loaches, those tiny finger sized fish that can even climb (squiggle technique) up high waterfalls, provided there is something like a water-slide at the margins of the fall. They however, are not migratory fish.
 CIFRI recommends that the speed of flow of water in a fish-pass should not exceed 2 meters per second. Please see ‘Status of fish migration and fish passes with special reference to India’. MK Das and MA Hassan. CIFRI 2008.
In a classical Thumri rendition, Ustad Rashid Khan sings about how a river, which was once a friend, has turned into a foe…Nadiya Bairi Bhayi.. Something similar is happening at a number of places in India, where the river, a life giving friend, is turning into a deadly force.
Drowning of 25 students following sudden water releases from the 126 MW Larji Dam in Mandi, Himachal Pradesh is one more saddening and shocking incidence in the long list of hydropower-release related disasters in India where rivers are turned into death traps.
On the 18th April 2014, 11 year old Radhika Gurung studying in standard fourth was accompanying her sisters Chandra and Maya along the river Teesta near Bardang, Sikkim. Suddenly, without having any time to respond, all three school girls were washed away by a forceful water released by upstream 510 MW Teesta V Hydropower project in Sikkim. While Maya and Chandra were lucky to be saved, Radhika was not so lucky. She lost her life. Residents here say that NHPC, the dam operator, does not sound any sirens or alarms while releasing water in the downstream for producing hydroelectricity and villagers live in constant fear of the river. Residents demanded strict action against NHPC, but no action has been taken.
On the 28th March 2013, 5 people, including two small children aged 2 and 3 drowned in the Bhawani River near Mettupalayna when 100 MW Kundah IV HEP (Tamil Nadu) on the Pillur Dam suddenly released discharge of about 6000 cusecs water. The family was sitting on the rocks in the riverbed when water levels started rising, and they did not get enough time even to scramble out of the river with the two children, says the sole survivor. Tangedco officials stated that although alarm is sounded at the nearest hamlets, it does not reach the downstream regions. Local villagers say no alarm is sounded. No action has been taken against Tangedco.
On 8th January 2012, a family of seven people, including a child, drowned in the Cauvery River when water was released from the 30 MW Bhavani Kattalai Barrage-II (BKBII in Tamil Nadu). The same day, two youths were also swept off and drowned in the same river due to this release. There are no reports of any responsibility fixed or any action taken against the Barrage authorities or Tangedco, although it was found that there was not even a siren installed to alert people in the downstream about water releases.
Uttarakhand has a history of deaths due to sudden releases from its several hydropower dams. In April 2011, three pilgrims were washed away due to sudden release of water from Maneri Bhali-1 Dam on the Bhagirathi in Uttarakhand. In 2006 too, three women were washed away by such releases by Maneri Bhali. The district magistrate of Uttarkashi district ordered filing a case against the Executive Engineer of the dam after a number of organisations demanded action against the guilty. Again in November 2007, Uttarakhand Jal VIdyut Nigam Limited was testing the opening and closing of gates of Maneri Bhali Stage II, when two youths were washed away by these releases.  Following a protest by locals and Matu Jan Sangathan, the Executive Engineer and District Magistrate simply issued a notice which said that “Maneri Bhali Hydropower Projects exists in the upstream of Joshiyada Barrage and water can be released at any time, without prior notice from here”.
Similar notice is also given by NEEPCO, which operates the Ranganadi Dam and 405 MW Dikrong Power House in Arunachal Pradesh, on the Assam border. “The gates of Ranganadi diversion dam may be opened at any time. NEEPCO will not take any responsibility for any loss of life of humans, animals or damage to property”.
Similar notice sits on the banks of the Chalakudy River near the Athirappilly falls in Kerala and the Kadar tribes, which traditionally stay close to the river and are skilled fisher folk too, are fearful of entering the river.
Chamera HEP in Himachal Pradesh has been held responsible for sudden water releases and resultant deaths in the downstream. As per retired IAS Officer Avay Shukla who resides in Himachal, similar incidences which resulted in loss of lives have also happened due to Nathpa Jhakri and other dams in the state.
In December 2011,three youth were drowned in the Netravathi River when water was released by the fraudulently combined 48.50 MW AMR project (Karnataka) now owned by Greenko. Villagers protested at the site, but this has not been the first instance of drowning because of this project. Villagers accuse the dam for the deaths of as many as 7 unsuspecting people in the downstream. This dam is now increasing its height and one more project is being added to it.
On October 1, 2006, at least 39 people were killed in Datia district in Madhya Pradesh when suddenly large amount of water was released from the upstream Manikheda dam on Sind River in Shivpuri district. There was no warning prior to these sudden releases and hence unsuspecting people crossing the river were washed away. Chief Minister Shivraj Chauvan ordered a judicial probe into this incidence in 2006, however, and a report was submitted by retired High Court Judge in 2007. Since then, the report has been buried and several attempts of RTI activists to access the report have been in vain. The government has not released the report, forget acting upon it or fixing responsibility after 8 years.
In April 2005, at least 70 people were killed at Dharaji in Dewas district of Madhya Pradesh due to sudden release of huge quantity of water from the upstream Indira Sagar Dam on Narmada river. Principal Secretary Water Resources Madhya Pradesh inquired into the incident and found that “there was no coordination between agencies”. No accountability was fixed and no one was held responsible. NHPC, who operated 1000 MW Indira Sagar Project, simply claimed that it was a case of miscommunication and that it was not aware of the religious mela in the downstream of the river. As SANDRP observed then, “ It just shows how far removed is the dam operator from the welfare of the people in Narmada as the fair annually gathers more than 100,000 people of the banks of the river. It is a scandal that no one was held responsible for the manmade flood which resulted in the mishap.”
Above incidents make it clear that incident at Larji is not the first and will not be the last, if we continue non transparency and non accountability in hydropower dam operations.
Some Questions that arise from these events:
Do sanctioning authorities and dam operators reaslise that each of these projects convert an entire river ( not limited to the hydropower project) in the downstream area into a potential death trap? Do they assess the impacts of the various possible operations of the projects in the downstream area and envisage, plan and implement measures to avoid death and destruction in the downstream areas?
Can cordoning off and alienating a river, indicating that it is dangerous, be a solution to this? Are measures like alarms, sirens, lights enough when a river experiences order of magnitude sudden change in its flow due to dam and hydropower releases?
Is it ok to have hundreds of dam-related deaths in the recent years due to irresponsible and non-transparent dam operations and not have any responsibility fixed?
The obvious answer to the above seems NO.
Some Recommendations: As we have seen above, many man made disasters have happened in India over the last decade and governments and dam operators have learnt no lessons. The avoidable tragedies are repeating without any change. India is possibly the only country in the world where such events have been happening in such large numbers. Here we are recommending some basic steps if we want to avoid or minimise occurrence of such tragedies in future.
MEASURES FOR TRANSPARENT, INCLUSIVE MANAGEMENT NORMS IN OPERATION OF ALL EXISTING DAMS AND HYDROPOWER PROJECTS:
For every operating Dam and Hydropower project in India there should be clearly defined operating procedure in public domain. This operating procedure will include the steps taken before release of water from dam or power house, how the releases will be increases (the increase should be in steps and not suddenly releasing huge quantity) or decreased, how these will be planned in advance, who all will need to be informed about such plans in what manner and what safety measures will be taken. This will also include who all will be responsible for designing, monitoring and implementing these measures. There should be boards at regular intervals in the downstream area in language and manner that local people and outsiders can understand and the boards should also indicate the danger zone and what kind of sirens and hooters may blow before the releases.
The operating procedure will take into account where there are upstream projects and how the upstream projects are going to influence the inflow into the project and how information will be shared with upstream and downstream projects and in public domain. The Power Load Dispatch Centres should also remember that when any hydropower project is asked to shut on or off, there are consequences in the river and they should be asked to keep such consequences in mind and time required to alert the regions in risk.
For every dam there should be a legally empowered official management committee for the project management, in which 50% people should be from govt and 50% should be non govt persons, including local community representatives and this committee should be in charge of providing oversight over management, including operation of the project and should have right to get all the information about the project.
Hourly water levels and release data of hydropower dams be made available in public domain on daily bases. Water levels corresponding to discharges (and possible timings where applicable) should be physically marked on the river banks, local communities should be involved in this, evacuation methods and mock drills should be organised by dam proponent from time to time in all places along the river where the impacts reach.
THE EXISTING DAMS AND HYDROPOWER PROJECTS SHOULD BE MANDATED TO PUT ALL THIS IN PLACE WITHIN A PERIOD OF NEXT THREE MONTHS THROUGH A LEGALLY EMPOWERED STEP IN ALL STATES.
SANCTIONING PROCESS FOR NEW PROJECTS, INCLUDING FOR UNDER CONSTRUCTION PROJECTS:
Safety measures related to, including water releases for all kind of eventualities and their downstream impacts and management plan should be an integral part of EIA and EMP. The aspect should be thoroughly discussed while appraising the project, and clear cut roles and responsibilities fixed. Mitigation measures should include proper siting of the project, gradual upramping & Downramping of releases in a clearly defined way and where planning is mandatory, safe operation of discharges through dams, etc.
Entire clearance mechanism for cascade hydropower projects in the Himalayas and elsewhere needs to be revisited to include the operational safety measures considering the cumulative operation of the projects. Projects where operational safety measures alone will not be sufficient due to massive fluctuations/location/upstream projects, etc., should be urgently dropped.
Peaking power projects should be restricted to certain locations like deep mountain gorges, after proper studies. Such projects should not be permitted as rivers enter into floodplains, due to their significant impact on the downstream and also in biodiversity rich river stretches.
SAFETY MEASURES BEFORE AND DURING WATER RELEASES:
Primary safety measures like informing the administration well in advance before release, sirens, hoots, alarms, lights, buoys should be strictly enforced and a clear responsibility of these measures should be adopted, for the entire zone in risk, sign boards at every 50 mts interval in such zones in languages and manner that local people and outsiders can understand, and which also show the specific risk zone. Where sudden unseasonal releases are likely, include police surveillance of the risk zone during danger period.
WHEN THERE IS DEATH AND DESTRUCTION IN THE DOWNSTREAM AREA:
Exemplary punishments should be fixed not only for dam operators,but also engineers and dam companies in case of negligence. Independent inquiry will be required since departmental or inquiries by District administration or government officials are not likely to be credible.
Since the designed safety measures in case of Larji were clearly inadequate, not just the operational staff but all those responsible for such shoddy safety plan should be held accountable.
It is unacceptable that a life giving and beautiful entity like a river should be converted into a dangerous and deadly force for our energy needs, without even the most basic precautions in place.
7 Students Get Justice 16 Yrs after Meeting Watery Grave
By Express News Service Published: 18th September 2014 06:03 AM
BHUBANESWAR: In a significant judgment, a civil court on Wednesday awarded a compensation of `25 lakh each to the families of seven students of University College of Engineering (UCE) of Burla __ now VSS University of Technology __ who were swept away by unannounced and untimely release of water from Hirakud dam 16 years ago.
Civil Judge (Senior Division), Bhubaneswar, Sangram Keshari Patnaik, who pronounced the verdict in his 31-page judgement, ordered that the compensation be paid with 6 per cent interest effective from 2001, the year when the case was filed before the court.
The tragic incident had occurred on January 30, 1998 when eight students of the UCE of Burla were taking pictures on a sand bar of Mahanadi as part of the Spring Festival activity. The water flow of the river rose menacingly and barring Soubhagya Barik, the rest seven second-year engineering students were swept away and met their watery grave.
The Hirakud Dam authorities had allegedly opened nine gates during the non-monsoon season which led to the tragic incident as no caution was sounded before the release of the water.
The State Government ordered a Revenue Divisional Commissioner-level inquiry into the incident and the then RDC Hrushikesh Panda submitted the report to the Government on March 29, 1998. The Government accepted it on May 19.
The RDC, in his report, had examined 77 witnesses and 31 affidavits were filed. Panda, in his report, had highlighted the irresponsibility of the engineers and stated that even the Sambalpur Collector and the Superintendent of Police were not intimated about the release of water, let alone the public.
Basing on the report, the State Government had announced a compensation of `3 lakh each to the family of seven students. However, considering the compensation inadequate, a petition was filed before the Orissa High Court. In 2001, the HC directed that the case must be filed before a civil court since it pertained to compensation.
According to Madhumadhab Jena and Sidharth Das, counsels for the deceased’s families, the Civil Judge Court took into account various aspects, including the academic background of the students of UCE.
Bhakra Beas Management Board (BBMB, http://bbmb.gov.in/english/index.asp) is the manager of India’s celebrated icons: Temples of Modern India as our first Prime Minister called it. In a rare occasion, when we get a candid account of insider’s view of this organisation, it is worth taking note of it.
Bhakhra Dam: Photo from BBMB
BBMB, created on Oct 1, 1967, has current annual budget of massive Rs 1000 crores and manages the Bhakra Nangal Project, the Beas Project I (Pandoh dam, the Beas Sutlej Link and the Dehar Power House) and the Beas Project II (Beas Dam and Pong power houses). With close to 3000 MW of installed capacity it generates about 12.5 billion units of power annually.
Mr Satish Loomba, who served as Financial Advisor to BBMB between 1996 and 2001 has just provided an interesting view about the functioning of BBMB in his article Need to corporatise BBMB in The Tribune of January 23, 2014: http://www.tribuneindia.com/2014/20140123/edit.htm#6. While the author, as the title suggests, is advocating a corporate restructuring of BBMB, what he has said in the process provides a valuable insights from an insider. Here are some snippets:
Þ “This organisation, which has become heavy, slow and bureaucratic…”
Þ “However, despite a façade of running smoothly, the BBMB, from the organizational standpoint, suffers from several infirmities, limitations and internal contradictions.”
Þ “At the core of the inadequacies in the BBMB are the… systems which do not promote efficiency, cost control and long term health of its vast assets… It has no concern with the value of its output…”
Þ “For the ageing irrigation wing assets, which are colossal and could be in sudden need of massive recapitalization…”
Þ “… there is no account which summarises its results for a specific time period…”
This is a very serious indictment, not only of BBMB but also the way the “icons” of India are being managed by an organisation controlled by the Union Ministry of Power. Are these remediable infirmities or are these the implications of the kind and size of structures that BBMB manages? The author of the above article does not even pose this question, but is a very relevant one.
Declining Hydropower generation As per our analysis of hydropower generation from the three BBMB projects in Himachal Pradesh, namely Bhakra (1325 MW), Dehar (990 MW) and Pong (396 MW), with total installed capacity of 2711 MW, the generation per MW installed capacity has shown hugely declining trend with trend line declining by 18-20% in less than three decades. We also have graphs of individual BBMB hydropower projects that show similar trend line. This is a massive decline and in any responsible governance, questions would be asked as to why this is happening, but here, there are no questions.
Unravelling Bhakra In a comprehensive critique Unravelling Bhakra, (see: http://www.manthan-india.org/spip.php?rubrique1, available in both English and Hindi), author Shripad Dharmadhikary has shown that it is a myth to assume that Bhakra dams were the only or major reasons behind India’s food security, green revolution or irrigation in North West India. He has shown with facts and figures that are yet to be proven wrong that the contribution of Bhakra dams was limited.
Displaced people still awaiting justice Over five decades after commissioning of the Bhakra project, the people displaced by this most celebrated of Indian dams are still awaiting justice, as is clear from this latest news report (http://www.tribuneindia.com/2014/20140120/haryana.htm#10) in January 2014. This has been highlighted by many in the past including Govt of India’s Water Resources Minister in his autobiography, by SANDRP in 2002, by Shripad Dharmadhikary in above mentioned book and continuous media coverage. This also shows the callous attitude of BBMB and concerned state and central governments.
Ad hoc, callous reservoir operation It is no secret that even this irrigation system is in bad and declining health. This is due to many reasons, including due to lack of maintenance and participatory governance. Several times it has been pointed out how unaccountable and inefficient has been the operation of the Bhakra reservoirs. Two recent occasions when SANDRP pointed this out include the following:
Þ With general elections approaching in coming April May 2014, we have to wait and see if the Bhakra reservoirs will again be operated in an ad hoc manner like it happened before previous two national elections.
We hope right lessons will be learnt from this insider’s view of the alarmingly inadequate functioning of the BBMB and efforts will be made to make its functioning more participatory, transparent and accountable.
The BeasRiver Basin is the major part of IndusRiver Basin. It rises near the Rohtang Pass in Kullu and flows through a gorge from Larji to Talwara and then enters the Punjab plains to meet the Sutlej at Harike. Its total length is 460 km and catchment area is 20,303 sq km.
The project wise generation data of large hydro with installed capacity of the basin in the latest year 2012-13.
Inst Capacity (MW)
* The Generation figure of Allain Duhangan is available for two year as it commissioned in the year 2010.
** The Generation figure of Malana-II is available for one year only as it commissioned in the year 2011.
The above graph shows the trend line of power generation of Big Hydropower projects for last 28 years in the basin, the trend-line shows diminishing generation from existing hydro power projects of Beas River Basin.
It shows that the per MW generation in 2012-13 (4.03) has dropped by a huge 17.52% from the highest per MW generation (4.88) achieved in the year 1998-99.
All generation figures have been taken from official data of Central Electricity Authority (CEA).
List of other projects (up to 25 MW) under operation (for which latest generation figures not available):