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Two workers wearing helmets stand amongst solar panels

More Malaysians Transition to Solar Power to Reduce Electric Bills

Petrol station manager Peter Wong’s electricity bill used to be around 280 Malaysian ringgits a month, but he has been smiling since installing 10 solar panels in his house last year as he enjoys almost free electricity.

Wong, 37, started worrying about his rather steep power bills three years ago after Malaysia's movement control order (MCO) was enforced.

"My house has three air-conditioning units and during the MCO, and also during the heat wave, we would keep them turned on for longer hours," he told Bernama.

"As I couldn't bear the higher electricity bills, I decided to invest in 10 solar panels with a capacity of 4.7 kWp (kilowatts peak), with eight facing east and two facing west on the roof of my double-story terrace house in Georgetown (Penang)," he said.

A close up of an electricity bill
Using renewable energy like solar panels can mean lower energy bills / Credit: Bernama.

The solar panel installation cost Wong over 20,000 ringgits but after seeing the huge drop in his power bill, he was satisfied because it meant he could potentially save about 280 ringgits per month on electricity and even have a negative balance if his household power usage comes to less than 280 ringgits per month.

Wong is among those who benefitted from the government's initiative to push for solar energy usage through the Net Energy Metering (NEM) program which involves a 10-year contract with Tenaga Nasional Bhd (TNB) to feed excess electricity generated by solar panels into the power grid.

"Even when there is no one at home, the electricity from my solar panels goes into the power grid. TNB buys it and what we 'sell' is reflected in our power bill," Wong said, adding however that solar panels are not ideal if one's monthly power bill falls under 200 ringgits.

He said once residential customers register for NEM with the Energy Commission, they can export any extra electricity generated to TNB, which would help offset their bills in the following months.

"Under this scheme, we become 'prosumers'—producing and consuming energy at the same time," he added. 

Renewable Energy Agenda 

Solar technologies enable sunlight to be converted into electrical energy through solar photovoltaic (PV) panels.

The NEM program, which allows excess PV-generated energy to be exported back to the grid on a “one-on-one” offset basis, has three categories, namely NEM Rakyat for domestic users, NEM GoMEn for government buildings and NEM Net Offset Virtual Aggregation (NOVA) for industrial and agricultural usage. 

To date, a total of 84.5130 megawatts out of the 150-megawatt solar energy quota under NEM Rakyat, 32.6740 megawatts out of 100-megawatt quota under NEM GoMEn, and 535.0091 megawatts out of 800-megawatt quota under NEM NOVA has been approved, according to the Sustainable Energy Development Authority (SEDA) Malaysia.

Meanwhile, local experts and industry players have recognized the significant potential of the government's efforts to facilitate the widespread adoption of renewable energy in Malaysia, with particular emphasis on the solar sector, even though the government has agreed not to raise the electricity tariff for nearly 99% of domestic users following the streamlining of electricity tariff for the peninsula through the Imbalance Cost Pass-Through (ICPT) mechanism for the July 1 to December 31 period this year.

(Under the implementation of the new ICPT mechanism, approximately 83,000 or 1% of electricity users in Peninsular Malaysia will be paying a higher tariff of at least RM187 more per month starting this month until December.)

People pointing at solar panels
The government plans to use renewable energy to meet 70% of Malaysia's energy needs by 2050 / Credit: Bernama.

Natural Resources, Environment and Climate Change Minister Nik Nazmi Nik Ahmad, in a recent interview with CNBC at the Energy Asia 2023 conference, highlighted solar energy as the most promising and viable source of renewable energy.

Dr. Norasikin Ahmad Ludin, associate professor and deputy director of the Solar Energy Research Institute at Universiti Kebangsaan Malaysia, said among the available renewable energy sources, solar energy has the greatest potential in Malaysia given that the country has at least four hours of sunlight daily which enables the generation of electricity using solar power throughout the country all year round.

"It can also potentially reduce electricity bills because consumers generate and consume their own electricity. But a 100% reduction is impossible unless the consumer has minimal usage. This is because the maximum installed capacity allowed for NEM domestic consumers is up to 72 kWp for three phases."

"Thus, the system should be able to bear at least one-third of the consumer’s electricity consumption," she told Bernama in an email interview. 

Associate Prof Dr Norasikin Ahmad Ludin
Dr. Norasikin Ahmad Ludin, associate professor and deputy director of the Solar Energy Research Institute at Universiti Kebangsaan Malaysia / Credit: Universiti Kebangsaan Malaysia.

Norasikin said a solar panel grid system comprises an inverter, a mounting structure and an optional battery storage (not included) system which is connected to the TNB grid either through direct feed or feed-in-tariff, ensuring separate measurement and monitoring of power consumption and power generation.

"There is also the indirect feed, namely the self-consumption scheme, which utilizes a bi-directional meter to track the import and export of electricity. In this scheme, all costs associated with the PV meter are to be borne by the consumer," she said. 

Reducing Carbon Emissions

Evan Ng Chee Yang, a Malaysian energy consultant based in London, said that beyond the financial savings that can be realized through the government's initiatives such as the NEM program, there is also a need to emphasize the environmental impacts that individuals can deliver to the wider society through the use of residential rooftop solar panels, a fact which is often overlooked.

He said greater penetration of rooftop PV from the relatively low rate in Malaysia currently can reduce the overall reliance on carbon-emitting thermal power generation.

"This will lower the grid emission intensity in Malaysia and send a market signal to investments looking into developing new thermal assets," he said.

"This means that lesser land conversion will be required to deploy renewables, enabling these lands to be freed up for other economic and environmental activities," he added. 

A overhead map of Universiti Teknologi Mara (UiTM)'s solar panels
Universiti Teknologi Mara (UiTM)'s buildings with solar panels / Credit: Universiti Teknologi Mara.​​​​

Ng said a higher rooftop solar PV capacity also means a smaller capacity of large-scale renewable power plants will be needed to achieve the national renewable energy capacity target. 

Under the Malaysia Renewable Energy Roadmap, the government has set a target of renewable energy providing 31% (13 gigawatts) of the nation’s energy needs by 2025 and 40% (18 gigawatts) by 2035. It has further committed to increasing renewable energy capacity to 70% by 2050.

Malaysia currently has 2,165 megawatts of total installed solar capacity and aims to add an additional 1,098 megawatts by 2025 and another 2,414 megawatts by 2035, according to data from Berlin-based consulting firm Apricum.

Ng said the higher penetration of renewables at the grid edge, like the deployment of residential rooftop solar panels, also reduces the overall need for large-scale network reinforcements to transport renewable electricity from remote sites to end-users, enabling a resource and cost-effective transition towards a more sustainable energy future. 

"It is important for the authorities to communicate these wider benefits to the environment and the overall power system that individuals can contribute to by adopting rooftop solar so that consumers can factor these externalities into their considerations,” he added. 

Higher Demand for Solar Panel Installations 

Industry players believe there is an increasing demand for solar panel installations in Malaysia driven by consumer concerns over higher electricity bills, leading to a shift towards renewable energy and a reduction in installation costs.

Progressture Solar co-founder and chief operating officer Ng Yew Weng said his company has seen an increase in domestic sales, with over 60 inquiries for home solar panel installations in a week following the government’s announcement of the new ICPT mechanism on June 23. 

"Year-to-date we have secured 18 MWp (megawatt peak) of solar projects cutting across homes and commercial and industrial buildings," he said, adding that a typical solar system for home use could cost anywhere from 14,000 ringgits to 46,000 ringgits depending on the type of house and roof size.

Malaysia Green Technology and Climate Change Corporation group (MGTC) chief executive officer Shamsul Bahar Mohd Nor said due to the high demand for solar energy products, which are also categorized as green products, companies dealing in such products are encouraged to obtain MGTC’s MyHIJAU certification. 

Symbol of Malaysia MyHijau
Malaysia Green Technology and Climate Change Corporation group are offering the MyHIJAU green certification for environmentally conscious products and services / Credit: Malaysia MyHijau.

"Registered green products and services will be listed in the MyHIJAU Directory which is a reference for green procurement. The MyHIJAU mark is a guarantee to consumers that the products they are considering for purchase have a lower environmental impact in comparison to similar products available in the market. All products have to follow tough criteria before they receive the mark," he told Bernama when met at the Energy Asia 2023 conference here recently. 

He believes the high demand for solar panel installations will lower the current market prices, thereby easing the burden on consumers who intend to transition to renewable energy.

Meanwhile, Norasikin said to encourage more consumers, especially domestic users, to transition to solar energy, the government should provide incentives such as grants or rebates for the installation of solar panels.

"Upfront grants or cash rebates for installing the first four kWp (kilowatt peak) for residential units will be a good way to replace the (government’s electricity) subsidy,” she said, adding that providing low-interest or interest-free loans to individuals or organizations for the installation of solar panels should also be considered. 

“The loan can be paid back through tax assessments to make it simpler for borrowers. The government can also provide tax incentives, which can be done by excluding the value of the distributed solar energy systems from the property tax assessments.”

This story was produced with support from Internews' Earth Journalism Network. It was first published in Bernama on July 12, 2023. It has been lightly edited for length and clarity.

Banner Image: A solar power plant / Credit: Bernama.