New Vision (Kampala)

Uganda: Energy Drives Real Estate Growth

analysis

Kampala — PROXIMITY to the electricity grid greatly influences the rate of success of many real estate investors.

People who buy properties with an intention of building homes, shun estates that lack electricity supply lines. Reason? Extending a power supply line, even for as short a distance as one kilometre, costs millions of shillings.

The Government had promised to connect private real estates to water, road network and electricity, but this has not yet happened, which has made investors who had purchased land in remote areas incur high costs.

Although hydro-electric power is the cheapest source of energy in the average Ugandan home, other renewable energy resources are gaining prominence.

However, the combined contribution of renewable sources of energy to the total energy consumed in the country is estimated at a mere 2%.

These energy sources include wind, biogas, solar, geo-thermal, liquid fuels and peat.

One particular source that has caught the eye of real estate developers is solar power, which has been pin-pointed as reliable, environmentally-friendly and cost-effective.

Solar energy has been dubbed as 'clean energy' in both developing and developed countries. While there are no additional costs such as maintenance after installation, there is an option of upgrading it by purchasing more panels to operate more gadgets in the house.

Solar Energy for Africa, one of the firms that deals in solar panels, sells its smallest home solar electric system at $195 (about sh429,000), according to officials.

Once harnessed, solar energy can help real estate developers significantly cut down on operational costs and increase on their profit margin.

This is because it is bought by individual residents, does not require a grid network or monthly service and consumption fees, and can take up to 20 years without developing major defects.

PostBank, under their Rural Electrification Initiative, has taken advantage of the increasing popularity of solar energy usage to unveil packages for home owners and real estate developers.

Akright Projects was the first real estate firm to benefit from this arrangement.

The deal, through which PostBank provided solar panels to about 300 Akright Kakungulu Satellite city residents, was aimed at lowering their energy costs.

"On top of helping people save on what they spend on energy, they will overcome loadshedding by having a reliable source of power," Anatoli Kamugisha, the Akright Projects managing director, said.

Samuel Okello, PostBank's relationship officer, said their solar loans, which have a 30% government subsidy, were re-payable in 36 months.

Solar panels cost between sh60,000 and sh7m.

"We are targeting everybody, from real estate developers to individuals home-owners in both urban and rural areas. With this subsidy, no one can give an excuse for not accessing power," he said.

He said that if the solar panel has a price tag of sh1m, government pays sh300,000 of that, the individual benefactor pays sh200,000 cash, while the remaining sh500,000 is the amount given as a loan.

Although the supply of Solar power can fluctuate depending on the amount of sunshine, it's highly reliable especially in countries like Uganda with a tropical weather pattern.

Their cost, however, could prove a huge deterrent, and are still expensive for most consumers in Uganda.

Accessing a government subsidy to enable the majority poor acquire solar panels and light up their homes is a godsend gesture to millions of Ugandans especially in the rural areas where the electricity grid doesn't reach.

F.C. Oweyegha-Afunaduula, a Lecturer at Makerere University and Secretary of the National Association of Professional Environmentalists (NAPE), however pinpoints that solar power is not as expensive as exaggerated by technocrats.

"They conduct this negative campaign in order to make hydro-power appear cheaper to legitimize the choice of large dams' based electricity in developing countries, especially those endowed with large river water ecosystems," he said recently.

He referred to Solar as the real "poor man's energy source" which can succeed very well in developing countries like Uganda.

According to reports from the ministry of Energy, hydropower provides about 95 % of the country's utility power supply.

"This resource contributes to less than 11% of Uganda's total energy consumption. Uganda's hydrological resources are estimated to have a potential power production of over 2500 MW," it said.

The high power tariffs, which have been blamed for the slow electrification process, has prompted government to move swiftly to address it.

"We want to bring down electricity prices by 50% in a bid to lower the cost of production and make power affordable for the masses," said Hillary Onek, the Energy minister, adding, "We are re-examining the current electricity tariffs and our target is to reduce the prices by half," he said recently.

Uganda has the highest power tariffs in the East African region. Domestic consumers pay sh62 per unit for the first 15 units after which it goes up to sh426 per unit.

Edward Twine, the spokesperson of Umeme, the power distributors refuted claims that they have systematically raised the power tariffs over the years, urging that it's the Electricity Regulatory Authority that is charged with making such a move.

Real estate developers have also complained about high electricity installation costs by Umeme, adding that Government should make good its promise to bring power into the estates.

"This would help offset our costs in coming up with functional satellite cities, which will in the long run help in decongesting Kampala," said Kamugisha, also chairman of the Uganda Property Developers Association.

The fact, however, still remains that availability of energy is an important determinant factor in Uganda's economic development, leave alone the real estate sector.


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Comments 1 to 1 of 1 Post a comment

  • nick.panchev
    Jun 5 2009, 07:25

    CORRECT. And much more; power-water-food, out of one “Super Solar Hybrid Farm”; the infinite solutions.

    At development cost of less than $1.5 million (USD) per 1 megawatt (MWe), certain developer from Uganda (name confidential), can bring at certain location, close to a lake, just for a starter, a Super Solar Hybrid Farm. Comprised of: at least 40 megawatt electric power generating station, 5 litters per second distilled water for crop’s irrigation, process-cooling water and drinking water, agricultural crops growing farm, also within, that can be sited on only 50 acres, thus fostering the infinite solutions. The use of renewable (green) energy, super environmentally friendly (less land used) electric power generating facility, recovered (free) energy and source facility within, water producing and agricultural crops growing, also within, the Uganda’s inhabitants will benefit the most. [Note: 1 MWe can serve up to 1,000 (average size) homes].

    The Solar-thermal Hybrid Farm is termed by the Designer-Technology-Inventor from USA as the "Super Hybrid Peaker (SHP)" operational 24/7/365. The SHP is comprised of the following components: Component 1: Solar Farm Field, capacity 10MWe: Twin Parabolic Trough, concentrated solar power (CSP) Collectors (mirrors) manufactured from rigid thermoplastic, representing the daylight-sunlight 8-hours operation. Component 2: Storage Component, capacity 10 MWe: With its appurtenant Twin Parabolic (inverted tubes made from black carbon steel, coated with special black emulsion) Receivers, fostering heating up to 400 degree Celsius by the solar rays, that certain heat transfer fluid (HTF), such as Therminol, the “Twins” are fostering: One of the tube is for the daylight-sunlight average of 8-hours operation and the second tube is for storing the HTF in one underground concrete storage tank, which transfers it heat, during the entire daylight cycle, to another HTF - Ionic Liquid (organic salt) in the second and third (next to the first) underground concrete storage tanks, for 16-hours of operation, thus it is, in the aggregate, a 24/7/365 operation. Component 3: Termed by the Designer-Technology-Inventor from USA, as the “Plumes Turbine Generating Station (PTGS)”, capacity 10 MWe: Utilizing recovered (free) energy, being the exhaust gas from Caterpillar diesel-fired electric generators (just 3 units, considered as insignificant GHG contributors), Nameplate for 3 sets of only 2.4ekW (2.4MWe)/1000kVA, utilizing only 180 gal/h diesel fuel, with exhaust gas temperature of 500 degree Celsius, exhaust gas flow rate of combined 20,000 cubic feet per minute. Such exhaust gas velocity/volume is to operate 10 – “Jet-Fan propellers, via “Z” gear, a synchronous, 1MWe each, 10-electric generators. (A recovered (free) energy component. The aggregate of 30 MWe electric power generation station, delivering up to 260,000 megawatt hours of electricity to the grid power, will be sold to the Uganda’s Electric Municipality at Market Price Referent, for say, up to $77 (USD) per megawatt hour, realizing $20 million in annual revenue, thus it will pay-off it self in less than 5 years (thereafter O&M/Taxes and Credit Facility’s servicing).

    The Caterpillar generators are to serve the power needed to operate the respective components within the facility, as well as the exhaust gas is to serve, in addition to the operation of the Plumes Turbine Generators, the Water Distillation Component, by fostering the exhaust hot gas for its operation. (Another use of recovered (free) energy.)

    The Water Distillation Plant, within the SHP, capacity 5 litters per second: Comprised of 4-compartments concrete below ground tanks, whereas, the first tank is to foster boiling water to steam, the second tank is to condensate steam to pure water, utilizing cold—frozen air from a air make-up units, via piping and steel tanks, in loops, inserted therein said concrete tank, with the third tank being a storage for cooling the steam turbine, at the solar-thermal plant, having a nameplate of 15 MWe, and the fourth tank being a storage comprised of two sub-compartments, one for water to wash the mirrors and the other, mixed with pH and nutrients, to foster growing of potatoes, below the mirrors. The fifth storage tanks is for a storage of pure water, where it is purified for drinking. The lake water is pumped from a lake (the intake) and the discharge back is first pre-mixed with the residual of un-distilled water and then discharged back to the lake. (A super environmentally friendly system)

    The FOOD: A potato growing field under the mirrors of the solar field. (That is 25 acres of potato farm). Distilled water from mirror’s washing drops under each row, in addition thereto, water that is pre-mixed with pH and nutrients for potato growing. It some what a hydroponic growing process, not utilizing natural soil, but in plastic gutters under the mirrors, filled with pea gravel and Perlite.

    Dear Uganda’s inhabitants, We, ESE Power Corporation, can support your developer in Uganda, utilizing our disruptive technology, to provide for you, power-water-food. Investors, are you ready?

    Respectfully, Nick Panchev, CEO ESE Power Corporation, USA Email@esecorp.org

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