LIRNEasia’s current cycle of research focuses on how mobile platforms can help improve customer relationship management in utilities. I have been contributing to the current debate on rationalizing the electricity tariffs in Sri Lanka based on the work Partha Mukhopadhyay and I did in relation to the recently concluded SAFIR core course and laying the foundation for disseminating the results of the research project when completed. Many of my interventions have been over electronic media, but here is a summary piece in LBO that is also being published in Sinhala in Ravaya next week. Tariff design must contribute to bring down peak demand by around five percent. This is a policy objective pursued in many countries, especially in light of climate-change concerns.
As part of the “Inclusion in the Information Society” project commenced September last year we have been studying how electricity utilities can use the almost universal mobile devices to improve the services provided to consumers. The research is ongoing, but we have not let that stop us from making use of the policy windows that open up. Early this week, the Public Utilities Commission of Sri Lanka announced that it would be accepting comments on a proposed tariff increase from the public. Based on our research, we plan to make submissions. Even before that, when a leading economic analysis program aired by Sirasa TV, asked us to speak on the subject, we gave a taste of what would be coming.
A significant number of base stations (around 20% or lower) in the Hurricane Sandy affected areas are supposed to have gone down, mainly due to electricity problems. I am sure the systems here in South Asia are a lot more robust in this aspect because our baseline expectations of the reliability of the electricity networks is much much lower. So our operators have way more backup capabilities. But anyway, a disaster is an extraordinary event. Bad things happen; all that we can do is minimize risks, not eliminate them.
Done for Florida’s electricity utilities, but applicable to other infrastructure as well. A short summary by Mark Jamison, but I assume a longer report exists. In the aftermath of the 2004-2005 hurricane season, when eight named storms caused a total of $15.5 million in customer losses from power outages, Florida embarked on a comprehensive reform preparing electric utilities for hurricanes. This effort included coordinated research through PURC on electric infrastructure and storm damage.
Writing a piece on the technological challenges that had to be overcome to increase connectivity in the 49 least developed countries (LDCs) recently, I was struck by how many words I devoted to electricity, both on the need for keeping down the costs of network equipment and for powering handsets. In the old days, we assumed that the footprint of the electricity network was larger than that of the telecom network; now it is the other way around. What is interesting is that the trigger for getting the USD 80 solar generator in the story below was the phone: For Sara Ruto, the desperate yearning for electricity began last year with the purchase of her first cellphone, a lifeline for receiving small money transfers, contacting relatives in the city or checking chicken prices at the nearest market. Charging the phone was no simple matter in this farming village far from Kenya’s electric grid. Every week, Ms.
A write-up by an Indian journalist who attended the recent Islamabad Expert Forum summarizes the reasons for it working better than the gargantuan Indian USF: lower rate; efficient disbursement mechanism: Interestingly, while in India, a telecom operator has to contribute 5 per cent of its annual revenue to the USO Funds, Pakistan charges much less at 1.5 per cent. In India, the funds go to the national budget and the Department of Telecommunications has to make projects to source them, in Pakistan a separate company has been created to utilise the funds. The journalist also points to a new twist whereby renewable energy has been made mandatory for all base stations supported by the Fund. In a bold move, the Pakistan Telecom Authority, the telecom Regulator has made it mandatory that all bases stations being set up with support from the USF should be ‘Green Sites’ or renewable energy powered, especially solar and wind as the case may be.
The colloquium was conducted by Nalaka Gunawardena. The colloquium began by Nalaka explaining the big picture; Climate change and energy use. Global warming is not new but the rate of global warming is. There is a multiplicity of gases causing global warming and their sources. Looking at the Green House Gas (GHG) mix, Carbon Dioxide is dominant.
LIRNEasia has from the beginning seen the value of looking at all infrastructures, and indeed looking at their inter-relationships. Given their places on the adoption curves, we do not believe that electronics can consume 15% of electricity at the BOP in emerging countries, but given the long gestation times of energy projects and reforms, it appears opportune to start thinking about this issue now, rather than later. The proliferation of personal computers, iPods, cellphones, game consoles and all the rest amounts to the fastest-growing source of power demand in the world. Americans now have about 25 consumer electronic products in every household, compared with just three in 1980. Worldwide, consumer electronics now represent 15 percent of household power demand, and that is expected to triple over the next two decades, according to the International Energy Agency, making it more difficult to tackle the greenhouse gas emissions responsible for global warming.
At the “multi-year expert meeting” on services, development and trade: the regulatory and institutional dimension, organized by UNCTAD in Geneva, there was rich discussion on the increasing importance of regulation in an environment in which services trade is assuming greater importance. As attention shifts to services trade (for example, the most important element of the proposed Comprehensive Economic Partnership Agreement between India and Sri Lanka, is the services chapter), there is of necessity a need to start looking at regulatory restrictions on services trade. Tariffs do not apply to services, so the only barriers are opaque, arbitrary and discriminatory regulatory provisions. This has been well recognized in telecom, with the reference paper on regulation being one of the key contributions to liberalization made by the GATS. The issue being raised at the UNCTAD meeting was whether there was value in exploring the regulatory aspects of trade in other infrastructure services.
Except for the last of the three items described below, the proposed stimulus package now before the US Congress seeks to apply the intelligence of ICTs to improve other things. This is the way to go. The $825 billion stimulus plan presented this month by House Democrats called for $37 billion in spending in three high-tech areas: $20 billion to computerize medical records, $11 billion to create smarter electrical grids and $6 billion to expand high-speed Internet access in rural and underserved communities. A study published this month, which was prepared for the Obama transition team, concluded that putting $30 billion into those three fields could produce more than 900,000 jobs in the first year. The mix of proposed spending is different in the House plan, but the results would be similar, said Robert D.
Electricity is said to be the only infrastructure the twentieth century communist rulers have truly cared for. The practice may have had its origins in Lenin’s efforts for full electrification of the Soviet state, started in 1920 (aka GOELRO Plan). Nevertheless it makes perfect sense. Let the masses have electricity so that they can switch on television sets. They will not worry about anything else.
Here are the summarised results from the telecenter operator survey done by LIRNEasia at the weCan workshop in October 2008. Sample was not representative, but large enough to get a general idea about the telecenter operations in Sri Lanka. Out of a total of 147 operators surveyed, the bulk, 101 were from Nenasalas, the 500 odd telecenter network created under the World Bank funded e-Sri Lanka programme. 10 were from Sarvodaya multi-purpose telecenters and 6 from others (eg. public libraries) 30 have not specified the type of the telecenter.
We pay for other utilities (electricity, water, phone services) by the amount utilised, but usually a flat rate for broadband depending upon the bandwidth. I have earlier compared this to paying for water based on the diameter of the pipe, instead of liters consumed. The following letter by a reader to USA Today highlights similar concerns – may be in another context. WHY SHOULD BROADBAND BE FREE? James Lakely – Chicago Federal Communications Commission Chairman Kevin Martin’s reference to the phone industry exposes the weakness of his argument to provide free broadband access in the USA.
Responding to Rohan Samarajiva’s views on newly implemented Environmental levy in Lankadeepa last week, Central Environmental Authority Chairman Udaya Gammanpila calls it essential and the ‘first progressive tax’ in Sri Lanka. Assuring it does not burden public, he says any tax can be initially unpopular but the impact should be seen in long term. (Lankadeepa, August 19, 2008) These are his points in brief: 1. If not for the Environmental levy, the government has to find money to address environmental issues by increasing either VAT or customs charges. That will raise prices in general.
The colloquium notes Lara Alawattegama (LA): Monopoly means ‘a market with a single supplier’ Why a monopoly happens: 1. No close substitutes 2. Legal barriers to entry 3. Resource barriers 4. Unfair competition -predatory pricing Rohan Samarajiva (RS) : Lack of competition leads to monopolies.
If I.T. Merged With E.T. – New York Times To appreciate that potential, look at how much is being done with just car batteries, backup diesel generators and India’s creaky rural electricity grid.