The Japan Times - Energy-hungry Singapore eyes deserts, forest for renewables

EUR -
AED 4.120156
AFN 72.364884
ALL 90.803943
AMD 404.528384
ANG 2.007949
AOA 1029.898611
ARS 1734.077131
AUD 1.621035
AWG 2.022213
AZN 1.906081
BAM 1.955937
BBD 2.253758
BDT 138.979752
BGN 1.960881
BHD 0.42253
BIF 3354.750342
BMD 1.121894
BND 1.432207
BOB 13.298696
BRL 6.180617
BSD 1.118979
BTN 105.025369
BWP 15.374599
BYN 3.350535
BYR 21989.116896
BZD 2.250558
CAD 1.584148
CDF 2570.258612
CHF 0.919678
CLF 0.027618
CLP 1086.958598
CNY 7.486172
CNH 7.481113
COP 3675.536984
CRC 506.835563
CUC 1.121894
CUP 26.855884
CVE 110.270772
CZK 24.341896
DJF 199.263982
DKK 7.475391
DOP 68.084777
DZD 152.624682
EGP 60.451115
ERN 16.828406
ETB 180.792892
FJD 2.526282
FKP 0.835984
GBP 0.834594
GEL 2.90596
GGP 0.835984
GHS 13.075684
GIP 0.835984
GMD 83.020251
GNF 9913.739794
GTQ 8.5506
GYD 234.582278
HKD 8.799058
HNL 30.074574
HRK 7.59411
HTG 146.670291
HUF 362.320075
IDR 20262.354178
ILS 3.543827
IMP 0.835984
INR 104.947573
IQD 1699.668985
IRR 2134162.158274
ISK 137.16221
JEP 0.835984
JMD 177.762473
JOD 0.795385
JPY 177.333286
KES 145.756022
KGS 98.109695
KHR 4566.320402
KMF 492.511066
KPW 1009.704304
KRW 1510.529067
KWD 0.348718
KYD 0.932565
KZT 502.045227
LAK 25242.608639
LBP 100206.73114
LKR 372.066107
LRD 190.233348
LSL 18.477482
LTL 3.31266
LVL 0.678622
LYD 7.190505
MAD 10.932472
MDL 20.170415
MGA 5155.101381
MKD 61.541364
MMK 2355.63634
MNT 4040.44421
MOP 9.037734
MRU 45.421187
MUR 52.76234
MVR 17.288641
MWK 1940.336146
MXN 20.784538
MYR 4.548717
MZN 71.700386
NAD 18.477574
NGN 1510.069344
NIO 41.083519
NOK 10.545145
NPR 168.037795
NZD 1.990812
OMR 0.43133
PAB 1.119079
PEN 3.85047
PGK 5.036742
PHP 70.770227
PKR 310.314733
PLN 4.385572
PYG 6994.490778
QAR 4.090487
RON 5.342349
RSD 117.608052
RUB 92.555869
RWF 1655.516162
SAR 4.218787
SBD 9.084309
SCR 16.429785
SDG 674.81632
SEK 10.994205
SGD 1.434341
SHP 0.834773
SLE 25.747516
SLL 23525.555278
SOS 639.544875
SRD 42.129343
STD 23220.934893
STN 24.501719
SVC 9.791687
SYP 14586.861783
SZL 18.395799
THB 37.502602
TJS 10.272421
TMT 3.937847
TND 3.374093
TOP 2.701251
TRY 56.347225
TTD 7.589533
TWD 36.871595
TZS 2967.406681
UAH 50.976387
UGX 4582.239831
USD 1.121894
UYU 45.123166
UZS 13422.941839
VES 1006.540888
VND 28695.797549
VUV 134.628489
WST 3.11898
XAF 655.957
XAG 0.021165
XAU 0.000272750831
XCD 3.031974
XCG 2.016742
XDR 0.793237
XOF 655.957
XPF 119.331742
YER 265.336214
ZAR 18.376058
ZMK 10098.392022
ZMW 22.743596
ZWL 361.24932
SSP 6446.193262
MXV 2.33655
  • RYCEF

    0.1000

    19.81

    +0.5%

  • VOD

    -0.2500

    16.33

    -1.53%

  • CMSC

    -0.2800

    20.12

    -1.39%

  • RBGPF

    -2.0000

    65

    -3.08%

  • RIO

    -0.2500

    94.16

    -0.27%

  • BTI

    -1.2000

    54.85

    -2.19%

  • NGG

    -0.3000

    74.94

    -0.4%

  • GSK

    -0.3500

    49.35

    -0.71%

  • BCE

    -0.4200

    20.14

    -2.09%

  • CMSD

    -0.3400

    19.93

    -1.71%

  • BP

    -0.9100

    43.52

    -2.09%

  • RELX

    0.1700

    33.24

    +0.51%

  • BCC

    -0.6200

    75.97

    -0.82%

  • AZN

    -1.9400

    164.21

    -1.18%

  • JRI

    0.0000

    10.77

    0%

Energy-hungry Singapore eyes deserts, forest for renewables
Energy-hungry Singapore eyes deserts, forest for renewables / Photo: ROSLAN RAHMAN - AFP

Energy-hungry Singapore eyes deserts, forest for renewables

With huge data centres set to drive up already outsized energy demand, the tiny city-state of Singapore is looking to Australia's deserts and Malaysia's rainforests for clean power.

Text size:

This week Australia announced a massive solar farm that it hopes will eventually offer two gigawatts (GW) of power to Singapore via undersea cable.

Singapore aims to peak carbon emissions by 2030 and reach net zero by 2050, but it relies heavily on imported oil and gas.

The city lacks the conditions to produce either wind or hydropower, and while it aims to generate two gigawatts from locally installed solar by 2030, it does not have space for large solar farms.

Demand, meanwhile, is only set to rise, particularly from data centres, which already account for seven percent of Singapore's electricity consumption.

That is projected to grow to 12 percent by 2030.

To meet that demand, Singapore's Energy Market Authority has already granted conditional approvals to import 1GW from Cambodia, 2GW from Indonesia and 1.2GW from Vietnam.

Those are from a mix of solar, wind and hydropower, a popular but sometimes controversial energy source in the region, where it has been associated with deforestation and environmental degradation linked to dams.

- 'Many challenges' -

Renewable imports are expected to account for at least 30 percent of Singapore's electricity by 2035, according to think tank Ember.

But there are "many challenges", warned Niels de Boer, chief operating officer at Nanyang Energy Research Institute, including transmission distances, energy losses and intermittency.

The plans envisage 4,300 kilometres (2,670 miles) of undersea cable and the project still needs sign-offs from Singapore's energy regulators, Indonesia's government and Australian Indigenous communities.

The city-state is already seeing some of those play out in complications over hydropower transmission from Laos via Thailand and Malaysia, said Ong Shu Yi, ESG research analyst at banking group OCBC in Singapore.

There can be "disagreements over how the energy will be transmitted through different countries, as well as competition among economies for access to renewable energy".

Singapore currently relies on imported fossil fuel, but that can be purchased on the open market.

"A large-scale bilateral agreement for renewable energy imports limits Singapore's strategic flexibility," said Zhong Sheng, senior research fellow at the National University of Singapore's Energy Studies Institute.

In cases of disruption, "there may be few alternative renewable sources to compensate".

That makes it key for Singapore to diversify its sources of renewable energy.

"The more one can diversify the better in terms of energy security," said Euston Quah, director of the Economic Growth Centre at Nanyang Technological University in Singapore.

"Having this additional Australian source of energy supply can only be a good thing."

Singapore can also mitigate risk by involving regional bodies like ASEAN, experts said.

- 'Global trend' -

The city is in some ways unique, with an increasingly high power demand that is five times the regional average.

But it is far from alone in looking abroad to meet its needs, said Bradford Simmons, senior director for energy, climate and resources at Bower Group Asia.

Thailand already imports 12 percent of its electricity, generated from coal and hydropower, according to the International Energy Agency.

The "mismatch" between countries that can produce renewable energy and those with huge demand "will only accelerate the incentives for international electricity trade", Simmons said.

"Singapore is merely part of a broader global trend."

Demand from Singapore also holds promise for the region's "massive untapped renewable energy" potential, said Dinita Setyawati, senior Southeast Asia electricity policy analyst at Ember.

It could "drive a clean energy transition in the region and pump up heightened renewable energy ambitions", she told AFP.

Officials from Laos to Malaysia's Sarawak region specifically reference Singapore's demand when discussing plans to bolster renewable generation.

And the city-state's appetites and financial resources could help cut through obstacles, said Zhong.

"The urgency and scale of efforts are often influenced by domestic policies, resource endowments, financial capabilities, and technological capabilities," he told AFP.

"Singapore's leadership in this area could inspire more coordinated regional efforts in low-carbon energy transition."

K.Inoue--JT