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S N I P P E T S
Dishnet DSL’s live-wire plans

By Roop Karnani

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What's common between Le Meridien (Delhi), Sun 'N Sand, The Regent (Mumbai), Hotel Pan Pacific (Singapore) and Le Meridien (Pune)?

All these five-star hotels have recently got broadband connectivity from Dishnet DSL.

In the middle of December, 2000, Erich Buerkler, CEO, Dishnet DSL, flew down to Pune to kick-off the city's first 'DSL Ready' five-star hotel, Le Meridien, all of whose 177 rooms and 15 other business spaces went alive with high-speed internet access.

In the next few weeks, Dishnet is going to provide broadband access to 15 other hotels, including The Leela in Mumbai and Goa, Guestline in Mumbai, Radisson in Chennai, Ashoka in Bangalore and Pan Pacific in Canada. "Approximately 4,000 rooms will be 'DSL Ready' within the next four weeks," says Buerkler. "During test downloads in these hotels, DSL has achieved speeds of 0.5 mbps regularly and the system has peaked at 1.5 mbps, which is the fastest speed achieved in India," he adds.

Dishnet's strategy has been to invest in the equipment and so the facility comes free of charge for the hotels who are only too eager to lap it up. That's not all---25 per cent of the revenues goes to the hotels, while 75 per cent goes to Dishnet.

Buerkler was unwilling to disclose Dishnet's investments in these hotels, but Jaswinder Narang, GM, Le Meridien, Pune, reveals: ''We will be charging Rs 250 per hour or Rs 500 for the whole day, on a pay-per-use basis. We are very happy with Dishnet's speed and we were looking for broadband connectivity because Le Meridien, Pune, has become a centre for IT seminars, conferences and summits. As a result, we have guests from all over the world who are exposed to broadband and demand such facilities.''

Vijay Bhatkar, Chairman of Dishnet, also mentioned that IT-savvy travellers are increasing day-by-day and having high-speed connectivity in hotels would help boost tourism and up the occupancy of hotels. Sure it will. Now, if only one could download room service in a jiffy.


S N I P P E T S
Solar Power

By R. Chandrasekhar

Factors Weightage
Thermal Diesel/Gas Hydro SDS

1. Pollution effect High High Nil Nil
2. Impact on ecology Low Low High Nil
3. T&D losses High Low High Nil
4. Cooling water requirement High Low Nil Nil
5. Land requirement High Nil High Nil
6. Forex requirement Low High Low Low
7. Fuel transportation cost Low High Nil Nil
8. Gestation period High Low High Low
9. Investment on T&D infrastructure High High High Nil
10. Quality of power Poor Okay Poor Good
T&D: Transmission and distribution

Will shock treatment work? It may ensure quick revival, but how about long-term health? These are the dilemmas facing policy planners at the state level. A severe shortage of power has, no doubt, electrified several state governments into action. They have given clearances to corporates for setting up power plants based on naptha, LSHS, multi-fuel and diesel-oil. The major advantage? The projects have short gestation periods. The disadvantage? The import bill will shoot up because they need petroleum feedstock. There is also the pollution factor, which can't be ignored.

"We should be focusing our attention on renewable sources of energy,'' says S.S. Murthy, a former member (Power Systems), Central Electricity Authority, and founder-Chairman of Karnataka Energy Management Systems (KEMS), a premier technical consultancy firm. ''They do not require fuel for power generation and are, therefore, non-polluting and environment-friendly. And considering the abundance of sunshine available practically throughout the year in our country, it is the harnessing of solar energy that should receive the highest priority in our power development programmes.''

Enter the Solar Dish-Stirling (SDS) system. Of the various types of solar energy generation systems developed to date worldwide, the SDS is acknowledged to be the most efficient technology for converting solar radiation into electrical energy. Developed by Schlaich Bergermann und Partner (SBP), a group of premier researchers and consultants in Germany, SDS consists of a tracking system, a concentrator system, and an energy conversion unit comprising a Stirling engine with a coupled 10-kw linear generator. "Overall system efficiencies of up to 30 per cent have already been achieved with several prototypes,'' says W. Schiel, CEO of SBP.

SBP has signed a MoU with KEMS for transfer of technology to India. KEMS, in turn, proposes to enter into agreements with companies interested in manufacturing and marketing of such systems in India and provide the necessary technical back-up and adaptations. The Stirling engine block and the concentrator will be imported from Germany, and the support and tracking system fabricated within the country.

"There are economies of scale involved in this system,'' says Murthy. "The estimated cost of Rs 24 lakh per set at a production level of 100 sets, would come down to around Rs 7 lakh per set at a production level of 10,000 sets.''

The SDS system is modular and lends itself to either stand-alone---from 10 kw to 200 kw---or connection to grid systems from 1,000 kw to 10,000 kw. The technology could be adapted to a number of situations, not only easing the pressure on the present-day grid network but facilitating a decentralised form of power generation and use. The users of the system could be manufacturing units, office and commercial complexes, hotels, hospitals, airports, residential colonies, irrigation pump sets, cold storages, independent power producers (IPPs) and even State Electricity Boards which could use the system as back-up at grid stations, according to Murthy.

 

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