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Malaysia’s Budget 2027, tabled on 9 October 2026, introduces support for green investment, solar development and energy infrastructure. Here are five developments businesses and consumers should understand.

1. GITA extended until 2030

Budget 2027 has extended the Green Investment Tax Allowance (GITA) until 31 December 2030.

Meanwhile, solar integrated with battery energy storage for a company’s own use could qualify for a tax allowance of up to 100%, with an offset limit of 70% of statutory income.

For EV charging station projects, GITA support will continue until 2030, providing a longer window for eligible investments. However, the allowance will be reduced from 100% to 60%, while the maximum share of statutory income it can offset will decrease from 100% to 70%.

What this means: Eligible solar projects with storage investments could help businesses reduce their tax bill alongside electricity costs.

2. RM1.5 billion for solar serving government buildings

A centralised solar park serving government buildings will be developed with an investment of RM1.5 billion, creating opportunities for construction, engineering and maintenance companies.

What this means: The initiative could generate further demand across solar PV development, installation and ongoing maintenance.

3. LSS6 participation opportunities for Bumiputera companies

Under the Large Scale Solar 6 programme (LSS6), 150MW will be reserved for Bumiputera companies.

What this means: The measure supports broader participation in Malaysia’s large scale solar industry, subject to programme requirements.

4. RM15 billion to strengthen the national grid

TNB will invest RM15 billion to strengthen the national grid and meet growing electricity demand.

What this means: Stronger grid infrastructure can help support renewable energy integration alongside increasing sustainable electricity consumption.

5. Investment in storage, hybrid energy and decarbonisation

An investment of RM1 billion will support energy storage and hybrid energy projects, including initiatives at KLIA and in Johor. Further, KWAP’s RM1 billion Dana Iklim+ will support renewable energy and decarbonisation projects.

What this means: These investments signal potential opportunities in storage, system integration and green project development.

Considering solar energy for your business but unsure how the proposed changes apply?

Our Pekat Solar team is ready to discuss your energy needs and the eligibility considerations for your planned solar investment.

Send your enquiry to [email protected] with your contact details and a brief description of your facility, and our team will help you explore the next steps.

When people think about lightning protection, they often picture a single metal rod (an air terminal) positioned at the top of a building.

While this component is critical, it is only one part of a complete lightning protection system.

Protecting a building requires more than intercepting a lightning strike. Effective protection therefore depends on several components working together as an integrated system.

At Pekat, we advocate 360° protection – bringing together different layers of protection, mitigation and monitoring that can be selected according to the facility’s requirements.

1. Protection

An air terminal is useful for protecting buildings, but protection for personnel can begin much earlier.

Pekat’s StormChaser provides advance warning of approaching thunderstorm activity, allowing asset owners  to take appropriate precautions before conditions become hazardous.

This can be particularly relevant for facilities with outdoor operations, exposed personnel or operational procedures that need to be adjusted during thunderstorms.

It serves as an early warning layer of your lightning protection strategy.

2. Mitigation

Traditional lightning protection usually involves a controlled path for lightning current when a strike occurs.

With Pekat’s StormPlasma Compound Plasma Lightning Rejection (CPLR) system, it introduces a different layer of protection by taking an active approach to lightning risk.

The CPLR system is designed to respond to changes within an electrical field. Upon detecting this change in the weather system, the system releases high-density plasma ions into the surrounding air, with the aim of neutralising lightning formation around the protected area.

This makes StormPlasma more than a passive component waiting for a lightning event. It is designed to actively respond to the electrical environment as conditions develop.

For businesses operating facilities with sensitive equipment, critical processes or a strong requirement for operational continuity, this provides another option to consider as part of a broader lightning protection strategy.

3. Monitoring

Understanding how your protection tools are performing and what these systems have experienced is important for another layer of protection.

Pekat’s StormObserver E&LP Monitoring System, together with Lightning Strike, Surge and Earthing Monitoring Devices, provides greater visibility into a facility’s protection infrastructure.

These solutions help facilities monitor and record lightning strikes as well as electrical surges s providing useful information to support system assessment, inspection and maintenance.

For businesses with sensitive electronics, automated systems or critical infrastructure, this monitoring layer helps turn lightning protection from a passive installation into an actively managed system, while providing valuable event records that may support post-incident assessments and insurance documentation.

A Malaysian condominium¹, for example, reportedly experienced repeated lightning-related damage involving lifts, CCTVs and electrical components, resulting in claims exceeding RM100,000 in total. The frequency of the incidents eventually affected the property’s ability to obtain insurance renewals affordably. The case highlights how lightning risk can extend beyond the immediate cost of damaged equipment — recurring incidents can affect have an effect on premiums.

This is where monitoring can provide additional value. Records of lightning and surge events can contribute objective information when facility managers, technical teams and insurers investigate what happened following an incident. Such data does not determine whether a claim will be accepted, but it can form part of the evidence used alongside equipment assessments, maintenance records and site inspections.

^{1 Dindings Corporate Insurance Agency Sdn Bhd, “Claim Story #30: Risk Improvement for Lightning Arrester”}

Not every facility operates in the same environment

At Pekat, we understand that every commercial building, manufacturing plant and data centre can have very different operational requirements and levels of electrical sensitivity.

Our Earthing & Lightning Protection solutions are designed to consider the entire journey — from identifying an approaching thunderstorm, protecting the building, to managing electrical surges and monitoring the system over time.

By taking a holistic view of lightning protection, businesses can build a solution that is better aligned with their operational risks, critical equipment and long-term protection needs.

Reach out to us at [email protected] with your contact details and a brief description of your lightning protection needs.

Our E&LP experts can advise and help businesses consider the layers of protection required for their facilities and operations.

Sustainability is increasingly becoming a measurable business responsibility rather than a corporate objective.

Under Malaysia’s National Sustainability Reporting Framework (NSRF), companies within its scope are required to provide sustainability-related disclosures aligned with international standards. As the framework reaches the later stage of its rollout, more businesses are expected to provide measurable sustainability disclosures.

However, reporting is only valuable when it is supported by tangible action.

For businesses, this represents more than another reporting obligation. It reflects a wider shift in how investors, financial institutions, customers and other stakeholders evaluate long-term business performance.

Where should businesses begin?

When preparing your sustainability reporting, one practical place to begin is by examining how your business consumes electricity. Solar energy can help you turn this information into measurable environmental action – but first, you need to understand your starting point.

1. Establish your electrical use baseline

Electricity bills, meter readings and operational records can show how much electricity your business currently consumes. This information provides a baseline against which the performance of a future solar photovoltaic (PV) system can be measured.

You should also examine when electricity is consumed and which facilities or operations create the highest demand. Understanding these patterns will help determine how solar generation can fit into your operations and how a photovoltaic or battery system should be designed around your energy requirements.

2. Generate measurable renewable energy data

Solar PV installations produce metrics that can be incorporated into your sustainability reporting.

With Pekat’s integrated monitoring software, your business can record the amount of renewable electricity generated, consumed on-site and, where applicable, exported to the grid. You can then compare this information with the amount of electricity previously purchased from the grid.

With trackable data, your business can move beyond making a general sustainability statement. Instead, you can report renewable-energy generation and consumption as quantifiable environmental outcomes.

3. Measure the impact on Scope 2 emissions

Purchased grid electricity generally contributes to your company’s Scope 2 greenhouse gas emissions*.

When businesses generate and consume solar energy on-site, it can reduce its reliance on grid electricity and potentially lower these emissions. Using solar-generation figures and the appropriate grid-emissions factor, you can estimate the emissions reduced or avoided through the initiative.

Your calculation method, reporting boundary and emissions factor should be clearly documented. It is also important to distinguish between solar electricity generated, electricity consumed on-site and electricity exported to avoid overstating the environmental benefit.

^{*Scope 2 emissions, as defined by the GHG Protocol, are indirect emissions associated with purchased energy, including electricity.}

4. Demonstrate progress against sustainability targets

Solar generation data can help businesses track its progress towards renewable-energy and emissions-reduction targets.

Relevant indicators may include the amount of solar electricity generated, the percentage of electricity supplied by renewable energy, the reduction in grid electricity purchased and the estimated reduction in Scope 2 emissions.

Reporting these indicators consistently allows your stakeholders to assess progress from one reporting period to the next. It also helps your management team evaluate system performance and determine whether further improvements or investments are required.

5. Connect environmental action with business performance

Environmental data can also help your business connect sustainability initiatives with practical business outcomes.

Alongside emissions-related indicators, businesses can consider reporting electricity cost savings, and the project’s contribution to long-term energy planning. Other reporting metrics to stakeholders may be the resilience provided by battery energy storage coupled with solar PV systems.

Going solar does not fulfil every sustainability-reporting requirement, nor does it eliminate your company’s entire carbon footprint. However, it provides something essential to credible reporting: measurable evidence of action.

At Pekat, we understand that every organisation has different facilities, consumption patterns and reporting priorities. Our turnkey solar PV and battery energy storage capabilities can help your business plan, implement and monitor solutions suited to its operational requirements.

Ready to Explore Solar for Your Business?

Take the next step toward a smarter, more sustainable energy solution. Drop us an email at [email protected] with your contact details and a brief description of your solar needs. Our team will be happy to connect with you and explore how solar can work for your business.

Let’s power your future with solar.

Lightning strikes can be destructive, but the right protection systems can minimise risks to buildings and assets. However, many misconceptions persist, leading to misunderstandings about how these systems work and what they can do.

By debunking these myths, we can ensure proper understanding and better safety practices are put in place.

Debunking the Myths

1. Lightning Rods Attract Lightning

It’s a common misconception that lightning rods attract lightning. In reality, they don’t lure strikes but instead provide a controlled path for lightning to travel to the ground, minimising damage to the structure.

2. Indoor Safety is Always Guaranteed

While staying indoors during a storm is crucial, certain household activities can still expose you to risk. Avoid using wired electronics or plumbing fixtures, as they can conduct electrical energy if struck.

3. Only Tall Buildings Need Protection

The idea that only tall buildings require lightning protection is misleading. In fact, any building or structure is at risk of a strike, particularly if it is located in an area prone to storms or if it houses sensitive equipment.

4. Metal Components Offer Full Protection

While metal roofs or frames may conduct electricity, they are not sufficient for full lightning protection. Comprehensive grounding and earthing systems are essential to ensure safety and effectiveness.

5. Lightning Protection Systems Prevent Strikes

Lightning protection systems do not prevent strikes but aim to mitigate the damage caused by them. These systems direct the energy away from critical areas, reducing the risk of fire or structural damage.

6. Trees Near Buildings Provide Protection

Many believe that trees near buildings offer protection. However, this increases the risk of lightning strikes, as a strike to a tree can transfer energy to the building, potentially causing greater damage.

7. Surge Protectors Are Enough

Surge protectors are important, but they are not a substitute for proper grounding and earthing. They can help protect electronics from power surges, but they need to work in conjunction with a complete lightning protection system.

8. Lightning Strikes Rarely Occur in the Same Place Twice

Contrary to popular belief, lightning often strikes the same location multiple times, particularly in tall structures. Tall buildings, towers, and communication masts are frequent targets.

9. Lightning Protection Systems Are Too Expensive

Though the initial investment may seem high, lightning protection systems are cost-effective when compared to the potential damage caused by a lightning strike. These systems help protect valuable assets and prevent costly repairs.

Why Proper Lightning Protection is Essential

Implementing an effective lightning protection system offers numerous benefits:

Pekat’s Role in Lightning Protection

Pekat provides comprehensive earthing & lightning protection systems that meet both international and local safety standards. By adhering to certifications like ISO 9001 and ISO 50001, Pekat ensures that every component and installation is designed to deliver maximum protection.

Pekat’s comprehensive solutions include:

These solutions not only safeguard physical assets but also contribute to long-term sustainability by minimising environmental impact.

Investing in a certified earthing and lightning protection system from Pekat is a smart step toward protecting your property and enhancing safety. Learn more about these systems and their benefits at www.pekat.com.my.

As the global conversation towards sustainability continues to grow, certifications have become key in ensuring credibility and impact. They confirm that products, services, or systems meet globally recognised standards, paving the way for long-term sustainability. For businesses and individuals seeking to adopt greener practices, understanding how certifications like ISO contribute to sustainability is crucial in making informed decisions.

In this article, we’ll explore the key certifications, their role in promoting sustainability, and how they are shaping Malaysia’s energy landscape. Pekat holds several certifications that demonstrate our commitment to delivering high-quality, sustainable energy solutions that meet global standards.

ISO Standards in Focus 

ISO 45001:2018
This standard focuses on occupational health and safety management, ensuring that worker well-being is prioritized in all our energy projects. Ensuring safety throughout the process of energy installation is fundamental to maintaining a responsible, sustainable approach.

ISO 50001:2011
ISO 50001 is centred on energy management systems, driving organisations to optimise their energy use, reduce waste, and enhance efficiency. This certification is central to reducing carbon emissions and ensuring that energy solutions are truly sustainable. Our certified solar PV systems, for example, are designed to optimise energy production while minimising waste and environmental impact.

ISO 9001:2015
ISO 9001 guarantees that quality management practices are implemented across all processes and systems. This certification ensures the highest levels of reliability, consistency, and customer satisfaction. It allows us to deliver products and services that align with long-term sustainability goals.

How Our Certified Solutions Contribute to Sustainability 

Energy Efficiency with ISO 50001
ISO 50001 certification plays a significant role in driving energy efficiency. By optimising energy consumption, it leads to cost savings and reduces environmental impact. Our certified solar PV systems are a prime example of this. They are designed to produce clean energy while minimising waste, contributing to a more sustainable energy landscape.

Safety with ISO 45001
Safety is an integral part of sustainability. ISO 45001 ensures that our renewable energy projects are implemented with the highest regard for worker and community safety. By adhering to this standard, we contribute to creating a safer and more sustainable energy sector.

Quality Assurance with ISO 9001
Sustainability relies on durable and reliable solutions. ISO 9001 ensures that every product and system we deliver meets rigorous quality standards, reducing maintenance needs and extending the lifespan of energy solutions. This is a critical component of our commitment to long-term sustainability.

Beyond ISO: National Certifications Supporting Sustainability

In addition to ISO certifications, we hold several national certifications that further validate the reliability and quality of our energy solutions:

Suruhanjaya Tenaga (Class A)
This certification demonstrates our compliance with energy regulations, ensuring that all installations are safe, efficient, and adhere to local standards.

SEDA (RPVSP & RPVD)
These certifications support the development and management of renewable energy systems in Malaysia, providing an additional layer of assurance that our solutions are both effective and sustainable.

CIDB (G7)
The CIDB G7 certification demonstrates our ability to undertake large-scale infrastructure projects, ensuring high standards in construction and installation. This certification is especially relevant in delivering large-scale energy projects that align with sustainability goals.

TÜV NORD

Expect excellence with Pekat’s TUV Nord-certified O&M services, a mark of quality and reliability for your solar PV system. Our certification ensures stringent standards in maintenance, optimising performance, extending system lifespan, and maximising your return on investment.

Our Approach to Sustainability 

At Pekat, we integrate these certifications into everything we do, from solar photovoltaic (PV) systems to our earthing and lightning protection solutions. By adhering to global and national standards, we ensure that our products and services are not only reliable but also aligned with sustainability objectives for businesses and homeowners alike. Some of the key benefits of our approach include:

Building a Certified Future 

Sustainability starts with informed decisions. Understanding the role of certifications allows businesses and individuals to make choices that support both environmental and operational goals. By choosing certified solutions, you ensure that you meet the highest standards for quality, efficiency, and sustainability.

As electric vehicles (EVs) gain popularity in Malaysia, understanding the available EV charging options is essential for new and potential EV owners. Here’s a breakdown of the types of EV chargers, their benefits, and how they contribute to a sustainable future.

Types of EV Chargers in Malaysia

AC Chargers (Level 1 & Level 2)

DC Fast Chargers (Level 3)

Ultra-fast DC Chargers

Benefits of EV Charging in Malaysia

(1) Convenience

EV charging infrastructure is expanding rapidly across Malaysia, with chargers being installed at homes, workplaces, and public locations, making it easier for EV owners to charge on the go.

(2) Cost Savings

Charging an EV is significantly cheaper than refueling a traditional petrol car. The cost per kilometer is lower, leading to long-term savings, especially with home charging solutions.

(3) Environmental Impact

EVs powered by renewable energy sources, such as solar, contribute to a cleaner environment by reducing carbon emissions. As Malaysia pushes for a greener future, using EVs aligns with national sustainability goals.

(4) Government Incentives

The Malaysian government offers incentives for EV ownership, including import duty exemptions, tax rebates, and support for building EV infrastructure, making now a great time to switch to electric vehicles.

Charging Networks in Malaysia

Public charging networks in Malaysia are growing, offering access to charging stations nationwide. These networks are often integrated with mobile apps, enabling users to locate, reserve, and pay for charging easily.

Why Home Charging is Ideal

For most EV owners, home charging is the most convenient and cost-effective method. Installing a Level 2 AC charger ensures faster charging and can be paired with a solar PV system such as Solaroo’s microinverter PV system to reduce electricity costs even further while being environmentally friendly.

SolarooEV Charging Solutions

SolarooEV specialises in providing tailored EV charging solutions that combine practicality with cutting-edge technology. One of the biggest benefits of owning an electric vehicle is the convenience of charging it right at home. Whether you drive occasionally or use your EV for daily commutes, below are the EV charging solutions available for home and businesses.

SolarooEV’s Vision for a Sustainable Future

As Malaysia moves toward an electric future, understanding EV charging solutions and their benefits is key to a smooth transition. Whether you charge at home or on the road, going electric offers financial savings, convenience, and a cleaner planet for future generations.

SolarooEV is on a mission to make electric vehicle charging not only accessible but also sustainable. With plans to expand its network of public charging stations and bring more innovative solutions to market, SolarooEV is committed to playing a pivotal role in driving EV adoption for homes and businesses in Malaysia. Let’s drive the future of green energy together!

Stay tuned for more updates on EV charging as the infrastructure in Malaysia continues to evolve – and follow SolarooEV on social media.

Solar energy has gained significant attention globally as a sustainable and renewable energy source. Malaysia, with its abundant sunshine throughout the year, is well-positioned to harness solar power to meet its growing energy demands. However, despite the numerous benefits of solar energy, there are still many misconceptions that prevent wider adoption. In this article, we aim to address common myths and provide accurate information to help educate readers and dispel doubts about solar energy.

Myth 1: Solar Panels Don’t Work in Cloudy or Rainy Climates

Fact: Solar panels can still generate electricity on cloudy or rainy days, which are common in Malaysia. Designed to capture a wide range of light wavelengths, solar panels actually operate more efficiently in cooler temperatures, making them suitable for Malaysia’s tropical climate with varying weather.

Myth 2: Solar Energy is Too Expensive

Fact: The cost of solar energy has decreased significantly in Malaysia, thanks to technological advancements and government incentives. Malaysia offers various tax incentives, rebates, and financing options to make solar PV systems more affordable for both residential and commercial users.

Myth 3: Solar Panels Require a Lot of Maintenance

Fact: Solar panels in Malaysia require minimal maintenance. Our tropical weather conditions, such as heavy rain and high humidity helps remove any dust and debris which is sufficient to keep them operating efficiently.

Myth 4: Solar Panels Damage Your Roof

Fact: When properly installed, solar PV systems do not damage your roof. In Malaysia, certified installers such as Pekat and Solaroo, follow strict guidelines to ensure the panels are securely mounted without compromising the roof’s integrity. In fact, they can provide an extra layer of protection against the elements.

Myth 5: Solar Panels are Unattractive and Decrease Property Value

Fact: Solar PV systems are a valuable addition to Malaysian properties Studies show homes using solar energy often have higher property values and can sell faster than those without.

Myth 6: Solar Panels Don’t Last Long

Fact: Solar panels are built to last, with most manufacturers offering warranties of 25 years or more. In Malaysia’s climate, they are designed to endure tropical weather conditions and continue producing electricity efficiently for many years.

Myth 7:Solar PV System Cost are Based on the Size of your Property

Fact: Solar PV systems are designed to fit the specific needs of each property owner. When determining the cost of installing solar PV systems, special attention is paid to the orientation and slope of your properties’ roof. In addition, the surrounding area of the roof is considered when building to make sure it is positioned in an area that has easy access to sunlight and is not obstructed by surrounding trees or buildings. As well as, looking into the energy needs of the property.

By debunking these common myths about solar energy, we hope to provide a clearer understanding of its potential and encourage more individuals and businesses in Malaysia to consider solar power as a sustainable energy solution. Embracing solar energy not only contributes to reducing carbon footprints but also offers long-term financial benefits and energy independence. As technology continues to advance and costs decrease, the future of solar energy in Malaysia looks brighter than ever. Let’s harness the power of the sun and pave the way for a cleaner, greener future.

Sun-powered properties are here to shine! Solar photovoltaic (PV) systems are transforming electricity generation. This article explores how they work and their benefits, from converting sunlight to electricity to understanding the fascinating science behind photovoltaic technology.

Harnessing the Sun’s Power Through Photovoltaics

Solar panels, or photovoltaics (PV), are the key components of a solar PV system. These panels capture sunlight and with the help of an inverter, it converts it into usable electricity for your home or business. Having a solar PV system provides you with a clean renewable energy source, significantly reducing reliance on fossil fuels and their associated carbon emissions. When sunlight strikes the solar panel, the cell within each photovoltaic panel absorbs the photons. This absorption energises electrons, and the resulting flow of these energised electrons creates an electric field within the cell. The separation of positive and negative charges due to this electric field is what ultimately generates a direct current (DC) of electricity. Alternating current (AC) is required to power your equipment and appliances, an inverter converts the DC output into usable AC electricity. Any excess energy travels back to the grid.

Photovoltaic Applications and Additional Insights

To better understand how it works, a typical residential solar PV system comprises over 8 panels, each capable of generating more than 580 watts of power in optimal conditions. This solar energy enables users to save up to 90% on their monthly electricity bills. Additionally, solar modules are anticipated to become more affordable in 2024 due to technological advancements, economies of scale, and increased market competition.

Solar PV systems have diverse applications, extending far beyond residential rooftops. Here’s a glimpse into their world:

• Small-scale solutions: From powering calculators and wristwatches to providing electricity for water pumps and communication equipment in remote areas, solar panels offer versatile and sustainable solutions.
• Residential applications: Solar power empowers homes by generating electricity, heating water, illuminating living spaces, and charging batteries, paving the way for greater energy independence.
• Grid-connected systems: These systems allow surplus electricity generated by your solar panels to be fed back into the grid, contributing to a wider distribution of clean energy and enhancing overall energy resilience within communities.
• Off-grid systems: Ideal for remote locations or areas where grid access is unavailable. These systems typically include solar panels, inverters, and battery storage to ensure continuous power supply.

Your Trusted Partner for Solar Energy

Pekat Group, a trusted leader in Malaysia’s solar PV industry, offers a comprehensive range of solar PV solutions tailored to meet your specific needs. With expertise in design, installation, and maintenance, Pekat is committed to providing high-quality, reliable solar PV solutions for homes, businesses, and communities. Explore the world of solar energy with Pekat and discover how harnessing the power of the sun can pave the way towards a brighter, cleaner, and more sustainable future for your home and our planet.

When planning or optimising an earthing system for a project, one crucial step is conducting a soil resistivity test. This test measures how well the soil can conduct electricity, which helps determine if it’s suitable for the earthing system. Additionally, it also helps optimise the design of existing earthing systems to meet the specific needs of a project. Let’s explore the significance of conducting a soil resistivity test:

Preventing Electrical Hazards

The test helps identify and mitigate potential electrical hazards, such as electric shocks and fires. By understanding the soil’s resistivity, we can then design an earthing system that effectively dissipates fault currents, preventing dangerous voltage buildup.

Improving Safety

A well-designed earthing system protects both people and equipment. By ensuring that the earthing system works efficiently, we can safeguard individuals working on-site and the electrical equipment they use.

Planning and Design

Once we have acquired the soil resistivity value, we can better plan the earthing system. This includes selecting the right materials and configurations to ensure the system can handle electrical faults safely and effectively.

Comprehensive Safety

This test is crucial not only during the development stage but also as the project transitions to the move-in stage. Ensuring safety from the ground up means that everyone on-site is protected from electrical hazards throughout the project’s lifecycle.

By conducting soil resistivity test, we ensure that the soil is suitable for the earthing system and that the system is designed to provide maximum protection. This practical approach is essential for maintaining a safe and reliable environment for both people and equipment. Find out more of our Earthing & lightning protection solutions here.

Malaysia’s abundant sunshine presents a compelling opportunity to harness renewable energy. The government actively incentivizes solar Photovoltaic (PV) systems through well-defined programs, making them an attractive proposition for both residential and commercial consumers. Let’s dive into these initiatives and explore the multifaceted benefits of adopting solar energy.

Navigating Government Incentives for Solar PV Systems

The Feed-in Tariff (FiT) program, while instrumental in the past, has been superseded by two primary incentive structures:

• Net Energy Metering (NEM) Scheme: Launched in 2016, NEM allows for cost-effective energy management. Excess solar energy generated is exported to the grid, accruing credits that offset future electricity consumption.
• Solar For Rakyat Incentive Scheme (SolaRIS): Introduced in March 2024, SolaRIS is a gamechanger for residential solar adoption. This program provides direct cash rebates to homeowners who install solar PV systems and participate in NEM, significantly reducing upfront costs.

Benefits of Solar Energy in Malaysia

Malaysia’s tropical climate fosters a symbiotic relationship with solar energy. The frequent rain showers provide a natural cleaning mechanism for solar panels, minimizing maintenance requirements and ensuring optimal performance. Abundant sunshine, a readily available and free resource in Malaysia, ensures a reliable source of power generation throughout the year. Furthermore, the government’s ambitious target of achieving net-zero emissions by 2050 underscores the importance of solar energy adoption. This alignment between Malaysia’s natural resources and its environmental goals positions solar power as a key driver of a sustainable future.

These factors translate into numerous advantages for both residential and commercial sectors.

Benefits for Corporate, Commercial & Industrial Sectors

• Green Technology Financing Scheme (GTFS): GTFS offers attractive financing solutions, including low-interest loans, specifically designed to support businesses investing in solar PV systems.
• Capital Allowance (CA): Businesses can optimize their tax strategies by claiming accelerated depreciation deductions on their solar assets through CA, effectively reducing taxable income.
• Operational Cost Reduction: Lower your electricity bills and enhance your bottom line through self-generated clean energy.
• Governmental Support: Benefit from government incentives designed to encourage the transition to clean energy solutions.
• Proactive Energy Management: Mitigate the impact of potential future electricity price hikes by generating your own power source.
• Enhanced Brand Image: Cultivate a positive and sustainable brand image by demonstrating a commitment to environmental responsibility.

Benefits for Residential Customers

Homeowners can expect a multitude of advantages when switching to solar:

• Substantial Bill Savings: Generate your own clean energy and potentially reduce your monthly electricity bills by up to 90%.
• Minimal Maintenance Costs: The absence of moving parts in solar PV systems translates to minimal maintenance requirements.
• Environmental Stewardship: Embrace a clean and renewable energy source, minimize your carbon footprint, and contribute to a more sustainable future.
• Peak Hour Power Generation: Solar panels generate the most electricity during peak daylight hours, which coincides with periods of higher energy consumption, maximizing your benefit.

Pekat Group: Your Comprehensive Solar PV  Solutions Partner

Pekat Group offers a comprehensive solar PV solution for both commercial & industrial and residential, meticulously tailored to each stage of your solar journey:

• Design Development: Our team of experts conducts in-depth feasibility studies and meticulous site surveys, followed by solar PV simulations. This ensures an optimized design and engineering plan that caters to your specific needs.
• Procurement & Construction: Benefit from Pekat’s team of highly experienced and certified professionals who utilize only top-tier products to deliver a smooth and efficient project execution.
• Monitoring & Maintenance: As an industry leader in solar PV maintenance, Pekat prioritizes the long-term health of your solar investment. We leverage Solar-Log, a leading solar PV monitoring system, to minimize downtime and ensure your system operates at peak efficiency.

By capitalizing on government incentives, the numerous benefits of solar energy, and Pekat Group’s unparalleled expertise, you can make a significant contribution to environmental sustainability while achieving substantial cost savings on your electricity bills. Embrace the power of clean energy and make the switch to solar today.