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COUNTRY PROFILE
HISTORY
The earliest recorded history
of Cambodia starts with the Funan dynasty. The Kingdom of
Funan was situated in what is
know today as the southern province of
Takeo and lasted for a period of
600 years. This dynasty gave way to the powerful Angkor Empire
that was eventually responsible for establishing the Khmer Kingdom, as we know it today.
The following generation of powerful king that belonged to the
Angkorian dynasty to have come from India and Javanese part of
today’s Indonesia. The dynasty reigned for a period of 650
years, and their empire covered much of South East Asia, as we
know it today. Their territory stretched from Burma, which
lies, to the South Sea and further north, right up
to Laos.
Khmer kings, during this
golden period of rule, built the most ornate and extensive
temples or prasats known to mankind. These spectacular
constructions were built throughout the kingdom, Angkor Wat,
is of course the most famous. Amongst the most successful of
the Ankorean kings were Preag Bat Jaya Varman II, Preah Bat
Indra Varman I, Preah Bat Surya VarmanII, and Preah Bat Jaya
Varman VII. Besides building the most majestic prasats on
earth, they were also responsible for huge agricutural feats
of engineering which included sophisticated irrigation
systems, great water reservoirs, and countless canal systems
that guaranteed food transport. Some of these systems are
still in use even today. Angkor became the capital of a great
kingdom and the center for government, education, religion,
and commerce. However, in the late 13th century a
sudden shift of power took place. Angkor was invaded and
eventually, completely ravaged. The entire population and
wealth of a once proud civilization was abandoned and covered
by tropical forest.
Following the abandonment of
Angkor, Cambodia’s capital population migrated south to Long
Vek, then futher to Ou Dong, and eventually to Phnom Penh. The
destruction of the mighty Angkorian capital also caused a
decline, adaptation and eventual replacement of Hinduism.
Theravada Buddhism became the national religion. From the 15th
century to the 17th century, Cambodia was often
encroached on by neighboring Thai and Vietnamese forces, They
resisted, but eventually succumbed to a European colonial
power.
In 1863, Preah Bat Norodom
signed a Protectorate Treaty which France, which consequently
placed Cambodia under French rule for the next 90 years. After
the death of Preah Bat Norodom in 1904, Preah Bat Sisowath,
cousin to King Norodom, was subsequently crowned as the new
king of Cambodia. However, the throne returned to the Norodom
family with the following coronation of Preah Bat Norodom
Sihanouk, our current monarch, in 1941. At that time he was
only 18 years old.
Shortly after that, during the
Second World War in 1945, the Japanese ousted the French. King
Norodom Sihanouk took the opportunity to free Cambodia from
foreign control. For many years following, was majesty
campaigned tirelessly for this objective, and was eventually
rewarded. Cambodian was granted its independence in 1953. The
Independence ceremony marked the end of 90 years of French
protectorate rule. In 1959, King Norodom Sihanouk abdicated
the throne, turning the position of Kingship over to his
father, Preah Bat Norodom Soramarith. Then, Prince Norodom
Sihanouk became the Head of State and ruled the government.
From 1950 through to 1970, the
Kingdom of Cambodia was self-sufficient and prosperous, It
excelled areas of development. Cambodia was then known as the
Jewel of the Orient. Unfortunately, the prosperity was to be
short lived. As was started to escalate in Vietnam, Cambodia’s
borders increasingly became the targets of American and
Vietnamese aggression. On March 18th, 1970, General
Lon Nol, backed by the Americans, overthrew the Head of State
Prince Norodom Sihanouk. Consequently, Cambodia became deeply
involved in the war, fighting against the Communist Khmer
fighting faction, the Khmer Rouge. Lon Nol’s control over
Cambodia’s government lasted for a period of barely five
years, being eventually overthrown by the Khmer Rouge, headed
by pol pot on the 17th of April 1975.
History repeated itself once
again as Pol Pot invaded. The entire population evacuated the
city leaving a once vibrant capital in ruin and decay. After
the evaluation. The Khmer Rouge tricked Prince Norodom
Sihanouk in to returning to Phnom Penh to be Head of State,
however, he was not allowed to carry out his responsibilities
as Head of State and he was not allowed to leave the Palace
walls. In effect, he was placed under house arrest. The Khmer
Rouge then proceeded to implement a “reign of terror” on the
Cambodia peoples. People were brutally forced to work as
slaves in the rice fields. These people had to endure long
periods of hard, painful labor while effectively being starved
at the same time Pol Pot’s Kampuchean regime established
forced labor camps, and tortured, killed or starved an
estimated 2 million people, including women and children.
In 1979. The People’s Republic
of Kampuchea, supported by Vietnamese, liberated the capital.
This presented the opportunity for the country to become
reestablished once again. Throughout the 1980’s and with the
assistance of the Vietnamese, the common people rebuilt their
economy. In 1989, the Vietnamese withdrew from Cambodia and
the country was re-named “State of Cambodia”. In 1991, the
Paris Peace Accords created the United Nations Transitional
Authority (UNTAC), which was backed by some 22,000 United
Nations troops to prepare the first, free and fair general
election. In may 1993, UNTAC supervised Cambodia’s first
general election. Preah Bat Norodom Sihanouk was reinstated as
King. Since that time, two further general elections have been
held in Cambodia. The second general election was held in July
1998, while the last general election was held in July 2003.
Today, the Kingdom of Cambodia
is once again a peaceful place to visit. Cambodia now
incorporates a Parliamentary Government system, with His
Majesty Preah Bat Norodom Sihanuok Varman, King and Head of
State; Samdech Chea Sim, President of the Senate; H.R.H
Samdech Krom Preah Norodom Ranarithddh, President of the
National Assembly and Samdech Hun Sen, Prime Minister. His
Majesty effectively remains the symbol of national unity for
the people of Cambodia who hold him dear to their hearts.
GEOGRAPHY AND
CLIMATE
Cambodia has a land area of
181,035 square kilometers in the southwestern part of the
Indochina peninsula and lies completely within the tropics
with its southernmost points slightly more than 10 above the
Equator. The country’s capital city is Phnom Penh.
International borders are shared with Thailand and the Lao
People’[s Democratic Republic on the west and on the north,
and the socialist Republic of Vietnam on the east and
southeast. The country is bounded on the southwest by the Gulf
Thailand. The country has a coastline of 440 km and extensive
mangrove forest, some of which are relatively undisturbed.
The dominant features of the
Cambodia landscape are the large, almost centrally located,
Tonle Sap (Great Lake) and the Bassac River and the Mekong
River system, which cross the country from the north to the
south. Surrounding the Central Plains, which cover quarters of
the country’s area, are the more densely forested and sparsely
populated highlands comprising: the Elephant Mountains and
Cardamom Mountains of the southwest and western regions; the
Dangrek Mountain of the north adjoining the Korat Plateau of
Thaiand; and the Ratanakiri Plateau and Chlong Highlands on
the eact merging with the Central Highlands of Vietnam.
Cambodia’s climate, like that
of the rest of Southeast Asia, is dominated by the monsoon,
which are know as tropical wet and dry because of the
ditinctly marked seasonal differences. The monsoon brings the
rainy season from mid-may to mid-September or to early
October, and the northeast monsoon flow of drier and cooler
air lasts from early November to March and then hotter air
prevails in April and early May. Temperatures are fairly
uniform through out the Tonle Sap Basin area, with only small
variations from the average annual mean of round 25 Centigrade
January is the coldest month and April is the warmest. Total
annual rainfall average is between 100 and 150 centimeters
with the heaviest fall in the southeast. The relative humidity
is high at night throughout the year, usually exceeding 90%.
During the daytime in the dry season, humidity averages about
50% or slightly lower but it may remain about 60% in the rainy
period.
GOVERNMENT
The Constitution defines the
royal role as being one of a symbol of unity and permanence of
the Nation and guarantee of national independence sovereignty
and territorial integrity of the Kingdom. The King is the head
of state for life. The King reigns but does not govern. He
appoints the Prime Minister and the Council of Ministers. In
the absence of the King, the chairman of the senate assumes
the senate assumes the power as acting Head of State.
The Cambodia parliament is
composed of 2 houses, a lower house, which is also called the
National Assembly, and an upper house that is commonly
referred to as the Senate. Draft laws require adoption by both
houses before they become laws. The National Assembly and
Senate members or the Prime Minister have the right to propose
laws. The Senate consists of 61 senators and meets twice a
year with each session lasting for three months. The National
Assembly is elected for five years and consists of 123 members
all of whom are elected by universal secret ballot. According
to official results of the July 27, 2003 election announced by
the National Election Committee, CPP holds 73 seats. FUNCINPEC
holds 26 seats, and sam Rainsy Party holds 24 seats. The
ordinary session of the National Assembly is held twice per
year with each session lasting at least three months. The
Council of Ministers is the Royal Government of Cambodia. The
Royal Government is the executive organ of the State led by
Prime Minister Samdech Hun Sen. The RGC, with its armed forces
and is administration govern the State, is in charge of the
overall national policies and programs implementation, and is
accountable to the Parliament. The Prime Minister is assisted
by two deputy Prime Ministers, Senior Ministers, Ministers and
Secretaries of State most of whom are in charge of a separate
ministry.
POPULATION
According to population
projection based on the General Population Census of Cambodia
1998, the population of Cambodia in 2003 is 13.8 million of
which 52% are females and growing at an estimated rate of
between 2.5% per annum. The national average population
density is 67 persons per kilometer. Around 84% of the
population lives in rural areas. Cambodia’s urban population
(16% of the total) is principally in two centers: Phnom Penh
and Kampong Cham. Phnom Penh has an estimated population of
1.0 million and an annual rate of growth 3.5%. Regionally, the
distribution is highly skewed towards: six provinces located
in the central plains and around the capital, which contain
close to 60% of the total population, the provinces of
Battambang and Banteay Meanchey bordering Thailand in the
west, where over10% of the total population resides and Svay
Rieng province bordering Vetnam in the south-east, with
another 5% of the population. In contrast, other province and
in particular Ratanakiri and Mondokiri in the northeast are
very sparsely populated (about 15 of Total population)
ETHNICITY,
LANGUAGE AND RELIGION
The population consists of 90%
Khmer, 5% each of Chinese and Vietnamese and smaller numbers
of Chams, Burmese and hill tribes. The ethnic groups that
constitute Cambodian society possess a number of economic and
demographic commonalties, for example, Chinese merchants live
mainly in urban centers and play the role middlemen in the
economic cycle, but they also preserve differences in their
social and cultural institutions. They are concentrated mostly
in central and in southeastern Cambodia. The majority of the
inhabitants of Cambodia are settled in fairly permanent
villages near the major bodies of water in the Tonle Sap
Basin-Mekong Lowlands region. The Khmer Loeu live in widely
scattered villages that are the abandoned when cultivated land
in the vicinity is exhausted. The permanently settled Khmer
and Cham villages are usually located on or near the banks of
rive or other bodies of water. Cham villages are usually made
up almost entirely of Cham, but Khmer villages, especially in
central and in southeastern Cambodia, typically include
sizable Chinese communities.
The major differences among
the groups lie in social organization, language, and religion.
Theravada Buddhism is the predominant region of Cambodia, and
virtually all Khmers are Buddhists. Cambodians are religiously
tolerant a number religions are freely practiced. Christianity
is practiced by various groups, especially the Vietnamese, and
Islam is the Main religion of the Chams.
Buddhism originated in what is
now North India and Nepal during the sixth century B.C.
Theravada Buddhism is a tolerant, non-prescriptive religion
that does not require belief in a supreme being. Its precepts
that each individual take full responsibility for his own
actions and omissions. Buddhism is based on three concepts:
dharma (the doctrine of the Buddha, his guide to right actions
and belief0; karma (The belief that one’s life now and in
future lives depends on one’s own deeds and misdeeds and that
as an individual one is responsible for, and rewarded on the
basis of, the sum total of one’s acts and missions in all
one’s incarnations, past and present, and sangha, the ascetic
community within which man can improve his karma.
The Buddhism salvation is
Nirvana, a final extinction of one’s self. Nirvana may be
attained by achieving good karma through earning much merit
and avoiding misdeeds. A Buddhism’s pilgrimage through
existence is a constant attempt to distance himself or herself
from the word and finally to achieve complete detachment, or
Nirvana. The fundamentals of Buddhist doctrine are the Four
Noble Truths: suffering exists; craving(or desire) is the
cause of suffering; release from suffering can be achieved by
stopping all desire; and enlightenment-Buddha hood can be
attained by following the Noble Eightfold Part (right views,
right intention, right speech, right action, right livelihood,
right effort, right mindfulness, and right concentration),
which constitutes the middle way between sensuality and
ascetics. Enlightenment consists of knowing these truths. The
average layperson cannot hope for Nirvana after the end of
life can, by complying, as best he or she is able to, with the
doctrine’s rules moral conduct-hope to improve his or her
karma and thereby better his condition in the next
incarnation.
The Cham people in Cambodia
have descended from refugees of the Kingdom of Champa, which
once ruled much of Vietnam between Gao Ha in the north and
Bien Joa in the south. The Cambodia Chama are divided into two
groups based on their religions practices, the orthodox ant
the traditional Muslims. The orthodox group, which make up
about one-third of the total number of Chams in the country,
are located mainly in the Phnom Penh, Oudong area and in the
provinces of Takeo and Kompot. The traditional Cham are
scattered throughout the midsection of the country in the
provinces of Battambang, Kampong Thom, Kampong Chnang, and
Pursat. he Chams of both groups typically live in villages
inhabited only by other Chams. The villages may be along the
shores of watercourses, or they may be inland. The inhabitants
of the river villages engage in fishing and in growing
vegetables. They trade fish to local Khmer for rice. The women
in these villages earn money by weaving. The Chams who live in
land support themselves by various means, Depending on the
villages. Some Villages specialize in metalworking, while
others raise fruit trees or vegetables. The Cams often serve
as butchers of cattle for their Khmer Buddhist neighbors and
are, in some area, regarded as skillful water buffalo and ram
breeders.
The Khmer Loeu are the
non-Khmer highland tribes tribes in Cambodia. The Khmer Loeu
are found mainly in the northeastern provinces of Ratanakiri,
Steung Treng, Mondalkiri and Kratie. Most Khmer Leou live in
scattered temporary villages that have only a few hundred
inhabitants. These villages usually are governed by a council
of local elders or by a village headman. The Khmer Loeu
cultivate a wide variety of plants, but the main crop is dry
or upland rice grown by the slash-and burn method. Hunting
fishing and gathering supplement the cultivated vegetable
foods in the Khmer Loeu diet. Houses vary from huge
multi-family longhouses to small singlefamily structures. They
may be buoilt close to the ground or on stilts. The major
Khmer Loeu group in Cambodia are the kuy, Phnong, Stieng, Brao,
Pear, Jarai, and Rade. All but the last two speak Mon-Khmer
languages. About 160,000 Kuy currently live in the northern
Cambodianprovinces of Kampong Thom, Preah Vihear, and Steung
Treng as well as in adjacent Thailand.
The Chinese in Cambodia form
the country’s largest ethnic minority. Sixty percent of the
Chinese are urban dwellers, engaged mainly in commerce, while
the other 40% are rural residents working as shopkeepers, as
buyers and processors of rice, palm sugar, fruit, and fish,
and as money lenders. The Chinese in Cambodia represent five
major linguistic groups, the largest of which is the Teochiu
(accounting for about 60%) followed by the Cantonese
(accounting for about 20%), the Hokkien ( accounting for about
7%), and the Hakka and the Hainanese (each accounting for
about 4%). Those belonging to certain Chinese linguistic
groups in Cambodia tend to gravitate to certain occupations.
The Teochiu, who make up about 90% of the rural Chinese
population, run village stores, control rural credit and
rice-marking facilities, and grow vegetables. In urban areas
they are often engaged in such enterprises as the
import-export business, The sale of pharmaceuticals, and
street peddling. The Cantonese, who are the majority Chinese
group before the Tecchiu migrations began in the late 1930s,
lived mainly in the city. Typically, the Cantonese engage in
transportation and in construction, for the most part as
mechanics or carpenters. The Hokkien community is involved in
import-export and in banking, and it includes some of the
country’s richest Chinese. The Hainanese started out as pepper
growers in Kampot province, where they continue to dominate
that business. Many moved to Phnom Penh, where, in the late
1960s, they reportedly had a virtual monopoly on the hotel and
restaurant business. They also often operate tailor shops. In
Phnom Penh, the newly arrived Hakka are typically folk
dentists, sellers of traditional Chinese medicines, and
shoemakers.
The Vietnamese community is
scattered throughout southeastern and central Cambodia. They
are concentrated in Phnom Penh, and in Kandal, Prey Veng, and
Kampong Cham province. No close cultural or religious ties
exist between Cambodia and Vietnam. The Vietnamese fall within
the Chinese culture, sphere rather than the Indian, where the
Thai and the Khmer belong. The Vietnamese differ from the
Khmer in mode of dress, in kinship organization, and in many
other ways. For example, the Vietnamese are Mahayana Buddhists
white most of the Khmers are Theravada Buddhists. Although
Vietnamese live in urbane centers such as Phnom Penh, a
substantial number live along the lower Mekong and Bassac
rivers as well as on the shores of the Tonle Sap, where they
engage in fishing.
Khmer is the country’s
official language. It is spoken by more than 95% of the
population. French is also spoken mostly by older Cambodians.
English is commonly spoken by the younger generation. The
majority of Cambodians, even those who are not ethnic Khmer,
speak Khmer. Ethnic Khmer living in Thailand, in Vietnam, and
Lao speak dialects of Khmer that are more or less intelligible
to Khmer spekers from Cambodia. Minorily languages include
Vietnamese, Cham, several dialects of Chinese, and the
languages of the various hill tribes. Khmer, in contrast to
Vietnamese, Thai, Lao and Chinese, is non-tonal. Native Khmer
words may be composed of one or two syllables. Khmer has a
rich system of affixes, including infixes, for derivation.
Generally speaking, Khmer has nouns, verbs, adverbs, and
various kinds of words called particles. The normal word order
is subject-verb-object. Khmer uses Sanskrit and Pali roots
much as English and other west European languages use Latin
and Greek roots to derive new, especially scientific, words.
Khmer has also borrow terms-especially financial, commercial,
and cooking terms from Chinese, French, and English. These
latter borrowing have been in the realm of material culture,
especially the names for items of modern Western technology.
The language has symbols for thirty-tree consonants, twenty
dependent vowels, twelve independent vowels, and several
diacritics
Cambodia, a nation with a great history and enthusiastic and
enterprising people is rapidly rebuilding itself. Emerging
from years of violence and war, that caused irreversible
damage, devastation and degradation of its developmental
capacities, the country has taken up the challenge of
reconstruction, sustained economic development and integration
with the global community. Continued misery and suffering
resulting from war and poverty may not have disappeared
entirely but is receding rapidly with the Royal Government of
Cambodia and the people showing great eagerness and interest
in implementing developmental strategies.
BIOMASS
Cambodia derives more than 80%
of its energy requirements from biomass (MIME, 1997). For 90%
of households, firewood and charcoal are used as an energy
source for cooking. Evidence from specific study sites suggest
that most cooking stoves currently used in Cambodia are of
basic technology and of poor conversion efficiency, such as
three-stone stoves and bucket stoves (FAO, 1998; Burgess,
2000; De Lopez, 2001). The Cambodia Fuel wood Saving Project (CFSB),
an NGO funded by international donors, has developed locally a
more efficient cooking stove. The introduction of the stove
has been limited to a few rural areas because of budgetary
constraints.
The New Energy and Industrial
Technology Development Organization (NEDO) has conducted an
assessment of the potential for using biomass as a source of
renewable energy in Cambodia. The analysis starts with an
examination of crops currently produced in different provinces
of the Kingdom. Rice, sugar cane and maize are the only three
crops that are grown nationally and whose residues can be used
to produce energy. The annual production for year 1999 was
4.04 million tons for rice, 0.16 million tons for sugar cane
and 0.10 for maize (MAFF, 2002). However, these figures mask
large disparities among production regions. Out of 24
provinces, only three exceed an annual rice production of
400,000 tons. For sugar cane, three provinces produce more
than 20,000 tons per year. These figures imply that rice and
sugar cane production is broadly dispersed among different
provinces. In contrast, the production of maize is more
concentrated, with most of the crop harvested in Battambang
Province. The problem of transporting biomass residues to
energy production facilities would be further compounded by
the generally poor condition of the provincial road network.
Thus a barrier to the use of biomass to produce energy would
be the availability of sufficient quantities of crop residues.
The NEDO report identifies
Kompong Cham province as the region with the highest potential
for biomass energy resources. The annual production for rice,
sugar cane and maize were for year 2000 respectively 465,733
tons, 25,310 tons and 15,649. Proximity to the capital and the
existence of adequate roads and waterways makes the area
“ideal for the construction of a power generating facility
fuelled by biomass energy” (NEDO, 2002).
A parallel initiative, funded
by the European Commission, is the COGEN 3 project for the
promotion of cogeneration or combined heat and power (CHP)
technologies among ASEAN member countries. COGEN 3 acts as a
business facilitator and aims to develop Full Scale
Demonstration Projects (FSDP) through the provision of a grant
of 15% of the cost of purchase of cogeneration equipment from
EU-based suppliers (COGEN, 2002). Although several provinces
have been identified as having potential for using rice husk
for power production, the main obstacle is the availability of
residues in sufficient quantities to allow for economies of
scale and the construction of a financially viable facility.
Existing rice-milling operations, operated by independent
rural entrepreneurs, use rudimentary technology and have
limited processing capacity, e.g. 2 to 3 tons of rice per hour
(SME, 2000). This implies that rice husk will generally need
to be collected from different mills to a central heat and
power production plant.
HYDROPOWER
The government’s
electrification master plan is essentially based on the
establishment of a national grid and the construction of
hydropower stations. Three of the hydroelectricity projects
currently planned will have an installed capacity superior to
100 MW. Under Cambodian law, Environmental Impact Assessments
(EIA) will be required for all the stations that exceed 5 MW
of installed capacity (RGC, 1999).
The often quoted figure for
Cambodia’s hydropower potential was provided by an Asian
Development Bank’s report, where it is argued that the Mekong River and its tributaries have
potential for the generation of 8.6 GW of electricity (ADB,
1999). MIME is even more enthusiastic in its estimates of
Cambodia’s hydroelectric potential with about 10 GW (MIME,
1999).
The only hydroelectricity
scheme of substantial capacity currently in operation in
Cambodia is the 12 MW Kirirom station which is connected to
Phnom Penh by a 112 kV transmission line stretching over a
distance of 120 km. The original Kirirom scheme was built with
Yugoslavian support and commissioned in 1968. At the end of
year 1970, the Kirirom station ceased production with the
beginning of the Khmer Rouge insurgency. To be noted, the area
surrounding Mount Kirirom has been declared a national park by
the 1993 Royal Decree on Protected Areas. Kirirom is the only
known area in Cambodia of high elevation pines. The Kirirom
hydro station resumed operations only in May 2002.
The electrification master plan
argues that given “the topography and high rainfall”, many
areas of Cambodia are favourable to the development of
mini-hydro schemes of 100 kW to 5 MW (World Bank and HECEC,
1998). The 5 MW limit corresponds to the maximum installed
capacity of a station that does not require an EIA for
construction.
SOLAR
From a purely
technical perspective, and regardless of market
considerations,
Cambodia has excellent potential for photovoltaic power generation. NEDO (2002)
has produced a solar radiation map for
Cambodia, using data from NASA’s
Langley Research Center (LaRC) and the US National Renewable Energy Laboratory (NREL). Solar
radiation or “solar insolation” increases gradually from the
northwest of the country with an average low of 4.11 kWh/m2
to the southwest of the country with an average high of 5.23
kWh/m2. The maximum fluctuation in solar radiation
volume throughout the year is relatively low, and has been
estimated at 17%. The NEDO solar radiation map shows that all
of Cambodia has “extremely good potential” for photovoltaic power generation.
The use of PV systems in Cambodia began with a few
installations donated by UNICEF, the Red Cross, La Fondation
Énergies Pour Le Monde (FONDEM), NEDO, EBARA and other NGOs.
Most of the applications were for health and rehabilitation
centres, but solar home systems (SHSs) and lighting systems
were also installed as demonstration units. Table 1 gives a
list of the PV systems installed in Cambodia according to the
different applications. To promote this technology in rural
areas, where users have a low level of technical knowledge on
PV, awareness raising, trained technicians, availability of
accessories, etc are essential. Adaptive research is also
required to reduce the high cost of PV systems, and to repair
and maintain these systems in the long run.
PV installations in Cambodia during 1997–2004
|
Applications |
Capacity (kWp) |
|
Lighting |
55.9 |
|
Pumping |
13.3 |
|
Refrigerator |
7.8 |
|
Computers |
6.9 |
|
Radio repeater |
1.9 |
|
Telecommunication equipment (for mobile phones) |
1,050.0 |
|
Total |
1,135.8 |
Solar panels
(1.95 kWp capacity ) used for public lighting, Kompong Tram
Bridge

WIND
The main obstacle to wind
potential assessment, as is the case for all other forms of
renewable energy technologies, is the absence of reliable data
over both short and longer time series. Weather observation
remains rudimentary and restricted to a handful of sites in
Cambodia. To calculate the wind conditions for each region in
Cambodia, NEDO (2002) uses a combination of Cambodian
geographical features and global weather data from the English
Weather Bureau. The southern part of Tonle Sap Lake, the
southwestern mountains and the southern coastal areas have
favourable wind conditions. The Wind Atlas of South East Asia,
produced by the World Bank's ASTAE program in 2001 is the most
extensive study of wind resources ever undertaken for this
region. It identifies over 6,500 square kilometres of land in
Cambodia with an average wind speed above 6 metres per second,
with smaller areas above 7 metres per second.
The commercial viability of
potential projects is determined by a number of site-specific
factors, such as proximity to transmission and transport
costs. However it is important to note that significant wind
generation has been established in many countries with wind
speeds similar to Cambodia. And the viability of projects in
Cambodia will be assisted by Cambodia’s extremely high cost of
electricity from fossil fuel sources. Funding and finance of
such projects is also emerging with projects such as the World
Bank’s Rural Electrification Fund, and potential participation
in the Clean Development Mechanism under the Kyoto Protocol.
For example, Sihanoukville, the
main commercial harbour of
Cambodia and a popular resort area. Given the expected demand in coastal areas
surrounding Sihanoukville, electrification by wind power
warrants further investigation. “We believe that, with
Sihanoukville at its centre, the coastal region holds great
potential for wind generated power.”
Energy Efficiency Potential
A.
Estimating the Potential for Energy Efficiency
-
No detailed
data available on sectoral energy use
-
Estimation
method:
-
Use 1995
Energy Balance for sectoral consumption
-
For each
sector choose likely opportunities
-
For each
opportunity estimate average savings
(based on Cambodian projects, or industry stds)
-
Estimated
potential savings = 467 GWh/yr
(about 90% of EDC generation for 2002)
POWER SECTOR
-
Government
utilities (EDC, DIME)
-
Independent
Power Producers and Rural Electricity Enterprises
-
Companies
with their own on-site generation
|
Project
Type |
Project
Description |
Potential
Energy Saving |
|
Generation |
Upgrade
equipment to more efficient modern designs, optimise
engine sizing and control strategies, install monitoring
sensors and improve maintenance programs and energy
management. |
15% |
|
Distribution |
Optimise
network design to balance loads, upgrade conductor sizes
and quality to reduce losses, install power factor
correction. |
10% |
|
Cogeneration |
Harness waste
heat for on-site heat or cooling load (or sell to
neighbouring factory, building etc). |
30% |
INDUSTRIAL SECTOR
-
all companies
involved in manufacturing activities
-
eg: brick
kilns, garment factories, tobacco processing, food
processing, rubber etc
|
Project
Type |
Project
Description |
Potential
Energy Saving |
|
Steam System |
Upgrade
boiler design, insulate ducting, clean and maintain steam
traps, pre-heat feed water with waste process heat, fix
leaks, install monitoring sensors and improve maintenance
programs and energy management. |
15% |
|
Lighting |
Optimise
design to minimise energy use by using skylights, windows,
task lighting; upgrade technology with high efficiency
fittings, reflectors, lamps, ballasts and voltage
controllers; improve automatic and manual control using
occupancy sensors, brightness sensors, dimmers and timers. |
15% |
|
Brick
Kilns |
Build high
efficiency design (eg: Vertical Shaft Kiln) to minimise
heat loss, use waste heat, and make continuous process;
use organic additives in clay such as rice husk; install
monitoring sensors to optimise process flow and energy
use. |
50% |
|
Cogeneration |
Harness waste
heat from generator and use for on-site heat or cooling
load (or sell to neighbouring factory, building etc). |
30% |
RESIDENTIAL SECTOR
|
Project
Type |
Project
Description |
Potential
Energy Saving |
|
Improved Cook
Stoves |
Disseminate
improved cook stove design, with improved insulation and
air flow, to provide greater combustion and thermal
efficiency. |
30% |
|
Energy Saving
Fluorescent Lamps |
Replace
incandescent lamps with energy saving lamps, which use
less power to provide the same amount of light, and also
have a longer life (eg: replace 25W incandescent with 7W
fluorescent). |
72% |
COMMERCIAL SECTOR
-
Hotels,
office buildings, restaurants, shopping centres, hospitals
etc
|
Project
Type |
Project
Description |
Potential
Energy Saving |
|
Lighting |
Optimise
design to minimise energy use by using skylights, windows,
task lighting and zoning; upgrade technology with high
efficiency fittings, reflectors, lamps, ballasts and
voltage controllers; improve automatic and manual control
using occupancy sensors, brightness sensors, dimmers and
timers. |
15% |
|
Air
Conditioning |
Optimise
building design to maximise insulation, minimise direct
solar gain (eg: plant trees and shading), zoning to avoid
cooling unused areas and ceiling fans where possible;
upgrade technology using improved refrigerants +
lubricants, heat pumps, exhaust air heat capture; and
improve system control by using comfort and occupancy
sensors, timers, and possibly night-purge function.
|
40% |
|
Water Heating |
Optimise
system design using centralised or small individual units,
reduce distance from source to use, minimise water
temperature for application, and harness waste heat where
available (from nearby industry or air conditioning);
upgrade technology to solar where possible, avoid electric
storage systems, insulate ducting; reduce water use by
fixing leaks and using efficient nozzles, taps and
showers. |
95% |
|
Cogeneration
|
Harness waste
heat from generator and use for on-site heating or cooling
load, such as water heating or air conditioning and
refrigeration (or sell to neighbouring factory, building
etc). |
30% |
B. Estimating the
Potential for Renewable Energy
- Desk
study of existing resource assessments
-
Analysis of
other relevant data
-
Estimate
technical potential for each type of RE resource (using
basic assumptions)
-
Identify
existing projects and activities
-
Identify any
relevant CDM issues
Hydro Energy
Resource
-
Total
hydropower resource = 8,600 MW (ADB estimate)
-
50% on Mekong
-
40% on Mekong
tributaries
-
10% in SW
Coastal Area
-
Over 70
potential hydropower sites have been identified
-
Issues:
enviro impacts, livelihood impacts, feasibility of small
projects, seasonal flows
|
Hydropower
Project Type |
Number of
Projects |
Total
Installed Capacity (MW) |
Annual
Generating Potential (GWh/year) |
Potential
Annual Greenhouse Gas Abatement
(ton CO2 equiv) |
|
Installed
Projects |
|
|
|
|
|
Large (5
MW to 465 MW) |
1 |
12.00 |
53.00 |
36,941 |
|
Mini-hydro
(500 kW to 5 MW) |
1 |
1.00 |
2.50 |
2,250 |
|
Micro-hydro
(10 kW to 500 kW) |
1 |
0.04 |
0.14 |
126 |
|
Identified
Projects |
|
|
|
|
|
Large (5
MW to 465 MW) |
20 |
1,788.30 |
8,839.97 |
6,161,462 |
|
Mini-hydro
(500 kW to 5 MW) |
9 |
23.05 |
108.50 |
97,650 |
|
Micro-hydro
(10 kW to 500 kW) |
10 |
0.68 |
1.78 |
1,605.60 |
|
Totals |
42 |
1,825.07 |
9,005.90 |
6,300,035 |
Biomass Energy
Resource
-
Biomass
generation potential estimate = 18,852 GWh/yr
(approx. 35 times EDC generation 2002)
-
Based on
existing crop and livestock residues
-
Assumes 35%
conversion efficiency
-
Issues:
existing uses, costs of collection + transport, impacts of
land use change
|
Biomass
Project Type |
Number of
Projects |
Total
Installed Capacity (MW) |
Annual
Generating Potential (GWh/year) |
Potential
Annual Greenhouse Gas Abatement
(ton CO2 equiv) |
|
Installed
Projects |
|
|
|
|
|
Hybrid
Bioreactor and PV |
1 |
0.07 |
0.56 |
504 |
|
Domestic
Biodigesters [1] |
112 |
n/a |
0.52 |
| |