Thursday, March 6, 2014

Fueling the growth of Malaysia's solar energy sector

We have learnt and heard on many roadshows and publications what SEDA thinks are the best ways to fuel the growth of the solar PV energy sector in Malaysia. It's mainly by incentivising the industry by implementing the feed-in tariff.

The feed-in tariff (FiT) mechanism works such that individuals and organisations are paid premium price per unit of energy produced from renewable sources.


MPIA Road Map: Snapshot of the presentation slide of MPIA president, Mr. Ahmad Shadzli Abdul Wahab during the "Konvensyen Tenaga Lestari 2013" in Kota Kinabalu back in November last year.



Malaysian Photovoltaic Industry Association, MPIA, on the other hand thinks there are other equally important means of boosting the sector. The Star quoted MPIA as suggesting two further methods:
  • Implement net metering and establish utility-scale solar farms outside the FiT programme

  • Implement fiscal incentive to make PV systems cheaper

Net metering

In this approach, the solar energy generator uses the power first and feeds the unused power to the grid. This differs from the present FiT scheme where all generated power goes to the grid.

Government is gradually withdrawing gas subsidy until 2015 and electricity prices are foreseen to hike further. Commercial and industrial premises will want to install PV systems to produce energy for their own use. The sector now consumes 70% of our electricity supply - 40,000GWh by commercial premises and 30,000GWh by industrial premises in 2010.

MPIA also suggests the installation of large-scale solar utilities of over 30MW as only such sizeable facilities can divert the current dependence on fossil fuel power plants. Currently, the largest solar farm in the country is of 10MW capacity.

Thailand, on the other hand, already has a 84MW solar farm, located in Lop Buri Province. The 10 billion Baht (US$335 million) solar farm was completed in May 2013.


Fiscal incentives

The association urges for fiscal incentives to make PV systems cheaper, such as expanding the current exemption on import duty and sales tax for solar modules and inverters to all PV system equipment and components.

With these incentives, the industrial and commercial sector will be able to get a return on their investment in under 10 years, noted the association. The tax exemptions will also make installation of PV systems more attractive for holiday chalets and small-scale food processing industries in remote areas, many of which now rely on diesel generators.

No doubt this will encourage more people and businesses to invest in PV systems.


Large scale operators vs. residential installation

MPIA also contended that current tax incentives assist companies but not house-owners. For instance, the waiver on sales tax for solar cells and inverters benefits only operators of big solar installations. It will be tedious for home-owners to fill numerous forms to obtain the waiver.

There is also financial support for companies under the Green Technology Financing Scheme whereby the Government subsidises 2% of the interest on loans taken to finance green projects.

Keen to see more houses with PV systems, the association disagrees with Sustainable Energy Development Authority’s (SEDA, the statutory body that administers the FiT scheme) current approach of emphasising commercial projects.

"In Germany, 80% of the quota goes to residential but in Malaysia, it goes to commercial set-ups. With a higher quota for residential, more people will get the opportunity to produce solar power. Since the money is from the people, they should be given the chance to install solar panels. More households will benefit instead of just one company.” - Malaysia PV Industry Association

Source: The Star Online


TheGreenMechanics: Recently during a Q&A session with one of the implementers of solar PV systems in Kota Kinabalu, I asked the gentleman if Kumpulan Melaka Berhad (KMB) got their 5MW quota from bidding or was it negotiated with SEDA? KMB is also already eyeing a second solar farm costing RM20 million, which I reckon would not be less than 2MW in capacity.

The gentleman answered it was through bidding but I could sense the lack of affirmitiveness in his body language. Maybe it is, but my point is that, we only have so much of quota every year and the big chunk of the cake goes to the commercial/industry players.

Saturday, March 1, 2014

Samsung unveiled its new flagship phone the Galaxy S5

Korean electronic giant Samsung unveiled the new iteration of its Galaxy phone, the Galaxy S5, during a recent media event in Barcelona.

In a stark contrast to the rumours, the S5 doesn't have a 4K screen, it doesn't have a 3-sided display that tracks your head movement, and surprise surprise, it's not metal! It is more of a minor design and upgrades rather than a revolutionary ones.

Galaxy S5

So, here's how the new Galaxy S5 is summed up:

Design

Looks almost similar to the S4 but slightly bigger and heavier. Remember iPhone 5 and iPhone 5S? They are pretty identical, so, yeah what's the big deal, right.

The plastic back panel is a textured matte finish, with 4 choices of colours.


Specifications

The Galaxy S5 sports newer processor, bigger battery, and a slightly larger display. The 0.2GHz bump in processing power shouldn't make a lot of difference. Samsung claimed the new device will provide 20% better battery life than the Galaxy S4.

The Galaxy S5's 5.1-inch display uses the same 1920-x-1080-pixel resolution as the GS4's 5.0-inch screen. Samsung claimed the S5 includes a new advanced auto-brightness system that adjusts colors based on the lighting in your environment.

Galaxy S5 specs


Camera

The S5 has a new 16MP camera, up from 13MP in the S4. The camera can auto-focus in 0.3-second and you can expect speedier photo taking.

The live HDR preview mode is a new feature and it allows you to check out how HDR mode will look on an image before you press the shutter button.


User experience

It is dust- and water-resistant. And it has a heart rate monitor and fingerprint scanner. Not sure if this one will work, but let's just see when the phone goes on sale.

The USB 3.0 interface should allows for faster charging and data transfers, while the new Download Booster mode that combines LTE (4G) and Wi-Fi should make for faster data transfers.


Would you upgrade?

The Galaxy S5's user interface has not been changed drastically and is seen to be more of a refinement.

If you've been using Samsung's flagship phones for a while, the Galaxy S5 looks like a little step forward from the previous generation, but not a total rebirth of a new one. Until we see the slab and feel it with our own hands, I think it is too early to tell if a S4 owner should upgrade.



Source: Computerworld

Malaysia's first geothermal power plant ready by May 2016

Malaysia’s first geothermal power plant at Apas Kiri, Tawau is expected to deliver 30MW of electricity to the Sabah State Grid in May 2016.

The first news of this venture came to light in 2011 when Tawau Green Energy (TGE) inked a deal with SESB for sale of electricity generated from geothermal for a period of 21 years.

DSC_2070 May 2010
Back in 2011, TGE showed the site of the proposed geothermal power plant in Tawau. Photo: TGE 


The project hit a snag the next year upon claim by Tawau Municipal Councilors that they were not informed/aware of the potentially environment-impacting activities related to the plant setup.

Fast forward to 2014, latest news tells us that drilling operations are now expected to commence at the end of April this year. Also, TGE was reported to have signed a MoU with the University of Auckland on the development of the geothermal energy industry here.


Collaboration with foreign experts

Under the MoU, the two parties agreed to facilitate the provision of the university’s expertise in geothermal training and research. The University of Auckland is one of the leaders for applied research and training in geothermal energy.

The collaboration will pave the way for the setting up of Geothermal Resource Centre (GRC) in Tawau, which would benefit us, among others, by way of:-
  • Capacity building for the Malaysian geothermal energy industry

  • Providing specialised training in all aspects of geothermal energy including applied geosciences, steamfield design, power plant technology, power plant engineering and design, operations and maintenance, environmental compliance

  • Providing a platform for local universities and institutions of higher learning to collaborate with foreign institutions

  • Conducting seminars, short courses and other training programmes for Malaysian engineers and scientists keen to involve themselves in this new field of renewable energy

  • Encouraging local and foreign universities to collaborate on joint-research activities on the Apas Kiri Geothermal field.


"(We hope that with the setting up of the GRC, Malaysia’s human capital and expertise in the geothermal energy field would be strengthened). This is especially so as we want to promote use of renewable energy and reduce our dependency on fossil fuel. Currently renewable energy accounts for 0.85% of our country’s energy mix and we hope to increase that to 5.5% in the nearest future.”
- Dr. Maximus Ongkili, Minister of Technology, Green Energy  and Water, Malaysia.


It was reported that TGE will engaged the services of Iceland Drilling Company, IDC, for the drilling operations of the proposed Apas Kiri project on a turnkey basis. IDC has good track record both in Iceland and New Zealand.

Delegation from Dr. Maximus' ministry visited New Zealand recently to look at the operations and maintenance of geothermal power plants there. Geothermal currently contribute about 15% of New Zealand’s total energy needs.


TheGreenMechanics: Let's look ahead and get similar arrangements for local universities to get into some sort of MoU with TGE. We could perhaps start with UMS. Afterall this is the only facility of such nature in Malaysia and it would be a waste if transfer of technology is not accelerated.


Source: The Borneo Post