solar panel with sunset view

Solar’s 20 Most Overlooked Benefits for Global Sustainability

/0 Comments/in , /by

Long too long ago a new study was released with a complete list of the most overlooked benefits of renewable energy. This study shows how solar projects provide benefits to the ecosystem and biodiversity conservation.

The study was conducted by UC Davis, the Center for Biological Diversity and 11 other organizations. They have made a list of all the advantages of solar PV projects to understand all the benefits better.

Nature Sustainability was in charge of publishing the study, in which they recognized 20 missed advantages of solar energy.

The research found out that when solar power systems use the principles of TESs (Techno-ecological synergies), they have the potential to improve air, water and soil resources, plus they provide clean energy.

20 Overlooked Benefits of Solar Energy

  1. Air pollution reduction
  2. Animal welfare
  3. Biological control
  4. Carbon sequestration and storage
  5. Climate regulation
  6. Energy equity and/or security
  7. Erosion prevention and maintenance of soil fertility
  8. Fuel diversity
  9. Food system resilience
  10. Grid reliability and/or resilience
  11. Habitat for species
  12. Heating and cooling efficiency
  13. Human health and well-being
  14. Land sparing
  15. Maintenance of genetic diversity
  16. Pollination
  17. PV module efficiency
  18. Urban heat island reduction
  19. Water-use efficiency
  20. Water quality

Noor Complex Solar Power Plant, Morocco

Solar Power Energy Future

The study also mentions the partnership between the Center for Biological Diversity and UC Davis. This partnership will highlight the future of the solar industry to the well-being of the entire planet.

Renewable energy is the best way to create an energy system that provides benefits for humans, wildlife and savage habitats.

Solar energy has more advantages than people might think. Besides the ones mentioned by the study, solar power systems can reduce energy bills, have low maintenance costs and can produce electricity in areas without access to the energy grid.

Solar energy is the fastest-growing source of power worldwide. In Malaysia, the government has set a goal of renewables accounting for national power generation capacity by 2030.

In 2018, the government established a 500-megawatt net energy metering scheme to give a boost at solar and renewable energy generation in the commercial and industrial sectors.

If all the roofs in Peninsular Malaysia have solar panels, Malaysia would be able to generate 1.4 times more electricity, compared with the conventional method of fossil fuel.

With all the new studies about the advantages and benefits of solar energy, the government should commit the use of 100 percent renewable energy. By using solar energy, we will protect our climate, air quality, water, land and wildlife.

Conclusion

The study about the solar energy industry conducted by UC Davis, the Center for Biological Diversity and 11 other organizations recommended a model for engineering that makes it possible for solar energy systems to maximize both technological and ecological benefits.

These 20 overlooked benefits of the solar industry go from carbon sequestration to improvements and pollinator habitats.

Solar panel systems can be installed in different places, including rooftop solar, solar on contaminated land, and water solar farms.

Solar energy is the best solution to bring electricity in areas where there is no access to the energy grid. It should not create unnecessary negative impacts, especially when technology is maximizing the positive effects of this type of energy.

Right now Malaysia is only generating 2 percent of electricity by renewable energy sources, which make it highly dependent on limited fossil fuel resources such as oil, coal or natural gas.

That’s why the government is increasing this renewable energy mix from 2% to 20% by 2030. To achieve this the Ministry is selecting commercial and industrial buildings to go solar and be the first ones to adopt the revised Net Energy Metering (NEM) scheme.

Finally, the solar power industry technology is advancing and it has made huge improvements. We can only expect that quantum physics and nanotechnology can likely increase the effectiveness of solar panels and the solar industry in general.

Sources: PV Magazine

India Floating Solar Farm

Floating Solar Farms

/0 Comments/in , , /by

Solar technology is the cleanest and most profitable renewable energy resource available today. The solar industry in Malaysia is now developing the implementation of floating solar farms.

Judging from the fact that Malaysia is one of the largest solar PV manufacturers in the world, it is not surprising that it can have one of the most efficient solar farms in the world. Right now, the entire solar power industry in Malaysia is producing 67% of the 270 MW of renewable energy.

Moreover, the industry is now looking to implement a floating solar farm to provide more people with green energy.

Solar technology can be used for domestic, commercial, and industrial purposes. It has a wide variety of uses that include electricity and light generation.

A solar floating farm refers to a formation of solar panels on construction that floats on a body of water, in most cases an artificial basin or a lake.

It was in 2007, in Japan where the first floating solar farm was installed. The first commercial installation was in California in 2008. Since then, this technology has had a rapid growth. As of 2014, the first 20 plants had been built around the world, overcoming the 200 MW of installed power.

Right now, China has the largest floating solar farm in the world, The solar farm that is located in Anhui Province can produce 150 megawatts, supporting approximately 112,500 residents.

 

Benefits of Solar Floating Farms

No Land Space

Floating solar farms are great for countries with a limited space of land. They can be used in areas such as lakes, and make them a powerful solar energy generator.

Cheaper

Solar Floating Farms cost less to install than land-based solar panels.

Why?

First, you don’t need to buy a parcel of land, which can be expensive. And there is no need to treat the soil or clean the land.

Plus it boosts the solar panels power production by 22% thanks to the natural cooling effect of the water.

floating solar farm

 

How does a Floating Solar Farm Works?

The solar panels are connected to interrelated, plastic rafts that let them stay floating. In these floating solar farms, there are also pathways so workers can install, and reach the solar panels.

All the materials used are made for water environments. Inverters are not in the water but they are located onshore, and the wire are water-resistant or buoyed by flotation devices.

There are also other things to consider — the connection between the solar panels needs to be strong to keep them together. The floating solar farms are designed to be able to resist small waves and of course strong winds.

This type of solar panels systems cannot be installed on the ocean because of the damage that can cause to them (sea salt and big waves are the culprits). But with all the technological advancements, this will be possible in the future. For now, the perfect location for these solar power systems is above the lakes.

 

Floating Solar Plants: A Reality

Many countries around the world including Japan, China, France, Indonesia and Singapore, have already made floating solar plants a reality.

In Malaysia, due to the land scarcity issue, the best solution for large scale solar is developing floating photovoltaic (PV) systems. There are a lot of water areas that can be used. For example, in Selangor alone there are more than 50 lakes.

Right now Malaysia is developing the first floating solar farm in Sg Labu Water Treatment in Silak Tinggi Reservoir, Selangor. The 432 solar panels installed on the floating farm can generate enough solar energy for 20 houses annually.

 

In a Nutshell

By 2020, Malaysia is expecting to complete the installation of 2000 MW of renewable energy.

Without a doubt, floating solar farms are the best solution in places with lots of water. These areas have what it takes to produce solar energy efficiently.

tax incentives for green technology in Malaysia

Tax Incentives for Green Technology in Malaysia

/0 Comments/in , , , /by

Malaysia Government will provide tax incentives for the purchase of green technology equipment, besides giving tax exemption on the use of green technology services.

With these tax incentives, it will allow small and medium enterprises to grow the Renewable Energy market. The main purpose of the Malaysia Government is to attract potential investors and industry players to invest in Renewable Energy.

In addition, the Malaysia government wants to motivate companies to acquire green technology assets and of course, to enhance the number of green technology service providers.

The three groups under the Green Technology Tax incentive: 

  1. Green Investment Tax Allowance (GITA) Assets
  2. Green Investment Tax Allowance (GITA) Project
  3. Green Income Tax Exemption (GITE) Services

Green Investment Tax Allowance (GITA) Assets

GITA Assets are for companies that acquire qualifying green technology assets and there are listed under MyHIJAU Directory. Companies should comply with ALL of the following criteria:

  • The companies should minimise the degradation of the environment or reduce greenhouse emissions.
  • They should promote health and the improvement of environment 
  • They need to conserve the use of energy, water and other forms of natural resources, or promote the use of renewable energy, or are able to recycle waste material resources. 

The Rate of Incentive

  • Green Investment Tax Allowance (GITA) of 100% of qualifying capital expenditure incurred on approved green technology assets from the date of purchase until 31 December 2020.
  • The allowance can be offset against 70% of statutory income in the year of assessment.
  • Unutilised allowances can be carried forward until they are fully absorbed.

Green Investment Tax Allowance (GITA) Project

GITA Projects are for companies that undertake a qualifying green technology. Companies should comply with ALL of the following criteria:   

  • minimise the degradation of the environment or reduce greenhouse emission
  • promote health and improvement of the environment
  • conserve the use of energy, water and/or other forms of natural resources, or promote the use of renewable energy, or are able to recycle waste material resources

Application should be received by MIDA until 31 December 2020.

Rate of Incentive

  • Green Investment Tax Allowance (GITA) of 100% of qualifying capital expenditure incurred on green technology project from the date of application received by MIDA until the year of assessment 2020.
  • The allowance can be offset against 70% of statutory income in the year of assessment.
  • Unutilised allowances can be carried forward until they are fully absorbed.

Green Income Tax Exemption (GITE) Services

GITE Services is for companies which provide green technology services which have been verified by GreenTech Malaysia, and listed under the MyHIJAU Directory. Companies must meet the criteria of green technology service providers as follows: 

  • At least one competent/qualified personnel in the respective green technology*;
  • Must have a green policy related to the environmental or sustainability**; and
  • 100% income must be derived from the respective green technology services.

*Note: Competent personnel are defined as holding a certificate of competency as a service provider in the related field of green technology. The certificate must be recognised by the Government or a Professional Body in Malaysia.


**Green Policy is a statement about the commitment to sustainability and environment management by the company.

All applications must be submitted to MIDA before 31 December 2020. 

Rate of Incentive

  • 100% of statutory income from the date of application received by MIDA until the year of assessment 2020 (the maximum period is 5 years from the date of commencement).

Qualifying Activities

For SEDA, there are two main qualifying activities to be approved for the tax incentives:

  1. Renewable Energy: Commercial and industrial business entities which undertake generation of energy in the form of electricity, steam, heat and chilled water using renewable energy resources such as:
  1. Solar Power (including NEM)
  2. Biomass
  3. Biogas
  4. Mini hydro
  5. Geothermal

*Note: Projects which have been approved with Feed-in-Tariff (FiT) for solar by SEDA are not eligible for the Investment Tax Allowance.

2. Energy Efficiency: Companies invest in energy efficient equipment or technologies and invest in energy saving equipment.

In a Nutshell 

Right now, the entire solar power industry in Malaysia is producing 67% of the 270MW of renewable energy.

There are several solar farms in Malaysia that sells electricity to the grid. Solar farms are designed to produce enough electricity power for thousands of homes and businesses.

If you have never seen one, they are just like the solar panels you install on your roof to generate electricity for your needs.

It’s important to start using renewable energy sources now because they provide clean energy for our lives and reduce climate warming and pollution; and by reducing the use of oil and gas, we can reduce the risk of cancer and heart attacks. 

Interesting Facts about Solar Energy

/0 Comments/in , , /by

There are many things that may surprise you about solar energy. To start with, the solar industry is now in almost every country and it is finally ready to stand on its own.

More and more people are choosing solar energy at a faster rate than ever before in Malaysia.

This explosive growth of solar power comes as a result of the falling cost of solar panels and the many benefits of this renewable energy source.

Are you ready to go solar? Here are 7 interesting facts that you need to know.

7 Facts about the Solar Industry

1. Energy Source

The sun, is without a doubt the biggest and most abundant energy source for earth. In Malaysia, the entire solar power industry is producing 67% of the 270 MW of renewable energy, right now.

The sun sends 173,000 terawatts continuously; and it could potentially satisfy the global energy needs for one year, with only the sunlight reaching the earth every hour.

2. Green Energy Source

Solar energy is a clean, renewable power source that do not lead to air or water pollution, and does not release any gases.

In addition, solar farms in Malaysia follow the environmental laws that regulate the correct disposal of any type of potentially harmful materials for the environment.

3. Good Investment

Solar panels in Malaysia are getting cheaper. The cost per kilowatt has fallen below coal and gas.

Malaysia Fit System, which aims to promote the development of renewable energy so homeowners have a chance to generate electricity and get paid for it by TNB, makes the ROI (return of investment) very attractive.

4. Long Effective Lifespan

The good thing is that once you invest in a solar power plant, it can last 40 to 50 years.

Yes, you can replace the solar panels with new, more efficient modules, and once the infrastructure is built, you will have solar energy power for a long time.

5. Solar Energy is Quick to Deploy

You can quickly build small solar plants, in a matter of weeks to restore electricity after a disaster. No other fossil power plant can be installed so quickly.

6. It can be Installed Everywhere

Solar panels systems are most effective due to constant exposure to the sun, but this doesn’t mean that it cannot generate electricity or heat when it is cloudy, raining or cold. You can enjoy solar energy in any region.

Solar panels need sunlight to generate electricity, not sun heat.

7. Largest Solar Park

The largest solar park in the world is located in the Sahara Desert. Once the project is completed by 2020, with a capacity of 580 megawatts, it will provide electricity power to 1 million people.

Malaysia largest solar farm is located on 98 hectares of land in Mukim Tanjung 12, Sepang. It uses 230,000 solar panels, increasing TNB renewable energy capacity to the national grid to 73.2 megawatts.

Even though the solar industry in Malaysia is starting to get a lot of attention, with the Government setting a target of having 20% of the country’s electricity generated from renewable sources by 2030, we are still a small fish compared to China.

China installed more than 50 GW last year. This could power 8.2 million homes.

Benefits of Solar Energy

The main benefit of solar energy is that it is truly a renewable energy source that is available every day, and in every region of the world, unlike some other sources of energy.

Moreover, we can never run out of solar energy.

Other benefits include:

  • Reduces electricity bills
  • Low maintenance cost
  • Good long-term investment
  • Government benefits
  • Can be connected to the electricity grid

Solar energy has a favorable impact on the environment, and it’s free and abundant.

So if we invest in a solar energy system, we can reduce our dependence on fossil fuels in favor of the most consistent source of energy we have, the sun.

Yeo Bee Yin

Malaysia Government Open Tender for RM 2bil of Large Scale Solar (LSS) Project

/0 Comments/in , , /by

On February 15, 2019, Yeo Bee Yin, the Energy, Technology, Science, Climate Change and Environment Minister, has called for bids for an estimated RM2 billion worth of projects under LSS3 scheme to increase the production of electricity from renewable energy.

The competitive bidding process, Yeo said, would open from February to August 2019. By the end of the year, the outcome of the exercise is expected.

Who will win this bidding exercise?

First, this is an open tender free for all. Malaysia government is looking for whichever party that can offer the lowest price for the first 500 megawatts (MW) and pass all the required financial and technical qualifications.

Yeo explained that the contractors for engineering, construction and commissioning must be 100 per cent local and added that the ownership can be up to 49% foreign.

She made it a point at the conference that the government is looking for the best price.

solar farm

To lower electricity tariffs and get better financing rates from financial institutions, the quota offered to each developer will be increased to 100 MW from 30MW for the LSS3 scheme.

Yeo also added that quotas offered to developers will no longer be based on capacity range, to allow them to bid for higher capacities.

The main purpose is that by 2030, or sooner, electricity tariffs can be lowered and become competitive against other forms of energy power such as gas and coal.

Why is this important?

Renewable energy provide tariffs that are more stable because they do not rely on market prices of fuel, and are calculated based on the levelized cost of energy.

With LSS2, the solar tariffs can go as low as 33.98 per kilowatt hour, and now with this open tender, it could go lower.

The two cycles of LSS projects had a total installed capacity of 958 MW.

The Malaysia government plans to increase the country’s electricity from 2 per cent from renewable sources to 20 per cent in 2025. This means about 3,991 MW of new energy capacity will be needed in addition to the grid.

By doing this, it will open more opportunities to incumbents and new entrants. This without a doubt will be more noticeable on the smaller players.

Solarvest Commercial / Industrial solar panel

Malaysia government also plans to increase electricity generation by other mechanisms such as feed in tariff sources, biogas, biomass, and geothermal mini hydro while promoting LSS projects.

The LSS3 project is an effort of the Malaysia Government towards the growth of renewable energy in the country. LSS projects produce 958 MW of electricity between the end of 2018 until 2020.

In Malaysia, solar energy accounts for about 67% of renewable energy capacity while biogas and biomass are the second largest with 28%.

It is expected that LLS3 will have the same success of the previous two rounds, the most recent of which saw awards for 563MW in December 2017.

The submission of proposal will close on August 19, 2019, before 5.00pm.

Solarvest solar panel installation

Can I Install Solar Panels Myself?

/1 Comment/in , , /by

Does do-it-yourself solar panel installation make sense to you? It’s not surprising that many homeowners are considering a DIY solar panel installation. Many people consider the do-it-yourself way because they want to save money.

The question remains: is it worth it?

Bear in mind that installing solar panels is completely different from installing other home improvements projects. In fact, getting solar panels up on the roof is not the biggest part of the process. Instead, it’s taking time to do research and plan every part of your system. First, you will need to understand how solar panels work and you will need to plan all the process.

When everything is ready, Solar panels offer major financial benefits because they reduce your monthly electricity costs, and can even increase the value of your property. Plus there are a lot of incentives from the Malaysia government and utility companies that can help reduce your net cost by 30 percent or more. In this blog post, we’re glad to present to you all the information you need before deciding to install it yourself.

Solarvest Choo Sui Hong 5KW LORONG BAYU MUTIARA 4

5 Step to install a Solar Panel System

  1. Determine your energy needs.
  2. Buy solar equipment: solar panels, inverters, racking, etc.
  3. Install the racking or mounts for the solar panels.
  4. Connect the solar panels to the racking equipment.
  5. Install a solar inverter.

As you can see, there are a lot of details that a professional installer can help you with. Keep in mind that your solar energy system should continue to generate electricity for the next 25 to 35 years.

If you buy a home solar kit from a store, it may be less expensive per watt, and you might not be getting the same quality equipment that solar installers are able to offer you. Additionally, solar installers buy from equipment distributors who don’t sell to the general public, so they are able to offer lower prices as they buy in bulk.

Most home solar kits are designed for off grid use. However, going off grid might not in your best interest as you should be able to access utility generated electricity at all times of the day, every day.

Installing a solar panel system is complicated, and it requires training and experience.

If you buy a home solar kit, you may be able to pay less, but don’t forget that the solar industry in Malaysia offers additional value for relatively very little additional cost.

The fact is, when you hire someone who knows what they are doing, you actually save both time and money in the long run. Professional solar installers in Malaysia have a lot of experience, something you cannot find online or in the DIY guide. They are qualified to install solar power systems so you can be sure you are working with someone who really understands the process.

Another benefit of working with a professional solar installer in Malaysia is that they will help you complete and file the permits and applications that you need to get your solar power energy system up and running. Remember your utility company won’t let you connect your solar system to the grid without a signature from a certified electrician.

Besides, your solar installer will help you with all your questions, and even assist you in finding an incentive in your area that you may have missed, so that you can save more money.

Finally, remember that almost all solar power systems offer a warranty that may only be honored if a qualified installer installs the equipment. With that being said, does it mean there is no way to save money on solar panel installation?

You can, actually. The best tips are get multiple quotations, research and consider all solar companies in your area, consider all available options, and compare costs before making a decision. In other words, the more well informed you are, the better you get to save on your solar panel installation.

Noor Complex Solar Power Plant, Morocco

Largest Solar Power Plants in the World

/0 Comments/in , , /by

Solar Power is the fastest growing energy source in the world. Today, almost every country is producing solar energy. The majority of the global solar power is coming from China, India and the US, with the Middle East coming strong.

In the past five years, solar panels systems have nearly quadrupled, going up to nearly 400GW by the end of last year. Solar energy contributed 20% of global power growth in 2018.

In Malaysia, by the year 2025, 20 percent of its energy will be from renewable sources. The renewable sources include biomass (99MW), biogas (59MW) and hydro (42MW) with solar energy being the biggest contributor — 75 percent (375MW) of the total.

The solar industry in Malaysia is expanding and is becoming an attractive investment for renewable developers. An example of this is the construction of the largest solar power farm in Sepang, Selangor, which uses 230,000 solar panels, installed in 98 hectares of land.

But where are the biggest solar power plants?

With more solar projects planned across the world, the “largest solar plant” changes continuously. Here are the largest solar plants in the world today.

Noor Complex Solar Power Plant, Morocco

Noor Complex Solar Power Plant, Morocco

Noor Complex Solar Power Plant is located in the Sahara Desert and it is the world’s largest concentrated solar power plant. The Solar Plant capacity is of 580 megawatts, and by 2020, it is expected to provide electricity for over 1 million people, once completed.


Kamuthi Solar Power Station, India

Kamuthi Solar Power Station, India

Kamuthi Solar Power Plant is located in India. Covering 2,500 acres and consisting of 2.5 million solar panels, the plant is able to power 750,000 people. The solar plant has a total generation capacity of 648MW. Every day, the robotic system that is charged by its own solar panels cleans the plant.


Solar Star Solar Farm, California

Solar Star Solar Farm

Solar Star is located in Rosamond, California, US. and the site area is 13 square kilometres. This solar plant has 1.7 million solar panels that can supply electricity to 255,000 homes. Solar Star is responsible for nearly 17% of California’s electricity supply.


Longyangxia Dam Solar Park, China

Longyangxia Dam Solar Park, China

Longyangxia Dam Solar Park is located in the city of Cixi in eastern Zhejiang in China. It has installed 300 hectares of solar panels above a fish farm. The solar plant has enough power to supply electricity for 100,000 houses and it generates 220 gigawatt hours of electricity a year.


Kurnool Ultra Mega Solar Park, India

Kurnool Ultra Mega Solar Park, India

Covering 5,932.32 acres in the Kurnool district, Andhra Pradesh, Kurnool Ultra Mega Solar Park has the capacity to generate 1,000MW. More than four million solar panels were installed in the solar power plant, each with a capacity of 315W of 320W.

The site can generate more than 8 million kWh of electricity on sunny days, meeting the entire demand of the Kurnool district.


Enel Villanueva PV Plant, Mexico

Enel Villanueva PV Plant, Mexico

Enel Villanueva solar plant is located in Coahuila, Mexico. It has over 2.3 million solar panels and is able to produce more than 1,7000GWh per year.


Datong Solar Power Top Runner Base, China

Datong Solar Power Top Runner Base, China

Datong Solar Power Plant is located in China and it can be the largest solar plant in the world once completed. The solar plant has generated a total of 870 million watts of electricity power, which is equivalent to more than 120 million watts per month.

Tengger Desert Solar Park, China

Tengger Desert Solar Park, China

Tengger Desert Solar Park is by far the world’s largest solar array. It is located in Zhongwei, Ningxia and 1547MW of solar power was installed.

The Tengger Desert covers about 36,700 km and the solar park itself occupies 1,200 Km (3.2%) of land.

The solar energy in Malaysia plays an important role in the energy mix, mainly because the sun shines all year around. In fact, this energy is much more affordable than 10 years ago.

As the solar industry in Malaysia is well established, there is a reliable and low cost supply chain for solar project developers. Steady growth is expected; projected figure is fixed at 8.5% for annual average growth rate between 2019 and 2027.

Which is more efficient

Solar power vs. Wind power: Which is more efficient?

/0 Comments/in , , , /by

More and more homeowners are turning to renewable energy sources in Malaysia to provide power to their homes. The two most common ones are: solar and wind power. But which one is better?

Solar power systems use sunlight to power your home, and still allow you to sell extra energy to your utility company. Wind power produce energy from wind powered turbines.

Both depend on forces of nature, but in general, solar panels provide more consistent energy, especially in Malaysia because of the low wind speed (no more than 2 m/s).

However, there are also other differences between both of them, which play an important role when it comes to deciding which renewable energy option is best for you.

Wind versus Solar

Let’s begin by saying that the main benefit of wind over solar power for your home is that wind turbines generate power 24 hours a day, and they don’t depend on sunlight. On the other hand, solar panels only generate power during sunlight hours.

However, in order to be effective, wind turbines need to be located high above where there are no obstacles that can block the wind.

A wind turbine for residential use should be at least 80 feet tall and the average wind speeds needed is at least 12 miles per hour. This could present a problem.

Thus this type of power is great for rural area with lots of open space where there is minimum obstruction that can block the wind’s path. Wind power systems do very well in plain areas.

In contrast, solar panels can be installed on almost any roof, and on the ground. Another benefit of solar panel systems is that your solar PV system is stationary and requires limited maintenance. Solar is generally a more practical renewable option for residential energy production.

Although the sun is everywhere in Malaysia, there are some places that are more exposed than others. Thus keep in mind that geography can affect the efficiency of solar panel conversions.

In addition, pay attention to the direction in which the solar panels are installed because this can also increase or decrease efficiency. The worst enemy of solar systems is cloud cover.

Main Advantages of Solar Power

For most settings, solar power is usually the best choice. The main advantages of solar power systems are:

  • No moving parts
  • More reliable
  • Solar power systems comes with a 25-year warranty
  • Less monitoring
  • Maintenance is less expensive
  • No noise: it is totally silent in operation
  • Installation is quicker
  • Lightning and high wind damage is less frequent
  • Solar panels require less space and you can install them on almost any roof.
  • Wind turbines require more planning and building approval and their height is in most cases an issue in residential areas.
  • Wind is an intermittent resource
  • Wind power can really have a terrible toll on birds.

Main Advantages of Wind Power

The main advantage of wind power over solar is that the wind can blow at night. Another advantage in the past was that wind power was cheaper but now the cost of solar energy in Malaysia has fallen, and prices have become more competitive than wind energy.

Although both methods offer clean renewable energy, they are not on equal ground.

No matter what renewable energy option you are considering, always compare multiple offers before making final decision. Contact your renewable energy experts HERE to evaluate your situation and provide you with advice.

Remember the energy option you choose should depend on your geographical location and requirements. One thing is certain: it’s critical to select the right system based on your needs.

In conclusion, as Solar power system is becoming more advanced every day, it’s now a better choice over wind power.

Many users save thousands on electricity bills every year, not to mention the appreciation of property value as the majority of buyers are willing to pay more for a house installed with a solar power system.

solar panel on rooftop

The Latest News About Solar Tender, Incentives

/0 Comments/in , /by

The renewable energy sector is gaining ground around the world due to the vast potential to environment conservation and the economy. Renewable energy is about creating energy using natural sources, such as the sun, water, wind and geothermal sources.

However, in years to come more renewable energy sources will become available, not to mention the improvement on the efficiency of the existing sources.

Why is renewable energy so important in meeting a country’s energy needs?

From the economic point of view, it enables the business to reap the benefits of energy cost saving. Moreover, the use of renewable energy helps the country to have a higher income economy because it is seen as a growth sector.

In Malaysia, the government is committed to taking all necessary measures to protect the environment, both as a responsibility and a gift to the future generation. This is the main reason why in January 2019, the Malaysian government is coming with an open solar tender for an estimated RM 2 billion worth of solar projects.

These solar projects will be announced under the third cycle of the large-scale solar (LSS3) scheme, which is aimed at increasing Malaysia’s electricity generation from renewable energy. The projects are expected to be of 500 MW capacity.

Tendering renewable solar power generation capacity can promote effective development of renewable energy. Why? Because it provides a scheme that bottoms out public support by providing a non-discriminatory and transparent allocation. Tenders are used worldwide to build solar power capacity.

In Malaysia, renewable energy is only 2% of the country’s total energy generation. But Yeo Bee Yin, Malaysian environment Minister, wants to increase the renewable energy to 20% by 2025.

To achieve 20 percent of renewable energy by 2025, the nation must produce an additional 3,991 MW or four gigawatts of renewable energy, which means more LSS needs to be added to the system.

Up until now, the Malaysian government has two LSS project cycles with an installed capacity of 958 MW. By the end of 2018 till 2020, other projects are expected to start generating energy.

Despite the fact that many developers have enjoyed the 500MW auctions on a regular basis, many others were hoping for the capacity level in LSS 3 to be far more benevolent.

There are many benefits of increasing the RE in electricity generation like reducing carbon emission by 49 percent. In addition, it will also save the system RM270 million for the period from 2018 to 2037.

As Malaysian population grows, the energy demand is also growing at the same time, and that’s why the nation has chosen to turn to solar energy to meet the demand and to cut down on harmful emissions. In the decade ahead, solar energy innovations are likely to concern public and business policy makers.

In Malaysia, the main energy sources have always been oil and gas. Nevertheless, the gas reserve is estimated to only last for another 33 years and the oil reserves 19 years, so renewable energy will be a cornerstone of energy generation.

That’s why since 2001, the Malaysian government has started to promote RE in the Third Outline Perspective Plan (OPP3), to help reduce the high dependency on fossil fuels.

But this not all. As part of major effort to protect Malaysia’s environment, the federal government will assign RM60 million to help fund specific projects to protect and expand existing natural reserves.

In fact, Malaysia has an abundance of energy resources, both depletable and renewable sources, although it had always been an over-dependence on conventional sources of energy. That’s why this type of incentives are so good for the country well being.

The use and production of renewable energy will bring only positive changes to Malaysia: it will secure the energy supply, reduce CO2 emissions, slow down the negative global temperature and create many more business and job opportunities.

solar farm

Solar Farms in Malaysia

/0 Comments/in , , /by

A solar farm is designed to produce enough electricity for thousands of homes and business. They are just like the solar panels you install on your roof to generate power for your individual needs.

Solar farms in Malaysia usually sell electricity to the grid. However, in order to sell power to the grid first you need approval from SEDA.

Malaysia in recent years has become one of the largest solar PV manufacturers in the world.

It has one of the most resource-efficient solar farms in the world. One of the biggest is in Ayer Keroh with 29,092 solar panels, generating enough energy to power 1,800 houses every day.

The entire solar power industry in Malaysia is currently producing 67% of the 270MW of renewable energy.

The majority of solar farms in Malaysia are owned by independent power producers that benefit from:

  • Excellent Feed in Tariff Scheme: FiT was launched in 2011 to enable companies and house owners to produce clean energy from four sources and sell it to the grid:
    • Solar Photovoltaic
    • Biogas: organic waste, and landfill
    • Biomass: agricultural waste and garbage
    • Small Hydropower
  • Tax breaks
  • Fair regulation
  • Banking loans
  • Competitive labor costs
  • Excellent infrastructure, and
  • Amazing geographical location.

To develop a solar farm you need approximately 2.5 acres of solar panels in an area with high sun exposure to produce a megawatt of electricity. If your solar farm is located in an area with moderate sun exposure you need five acres of panels to produce a megawatt.

A megawatt in one million watts, this is enough to give electricity to 650 residential homes for one day.

How does a Solar Farm work?

To convert the sun’s energy into electricity, you need a PV system with the following components:

  • Solar panels that are installed in your land to convert sun´s power into DC power.
  • Electrical panels is where AC power travel to the electrical cabinet.
  • Utility Meter to measure your electricity supply.
  • Utility Grid, this will ensure that you stay connected to the utility grid.
  • Energy monitoring to monitor your electricity usage.

The cost of a solar farm depends on several factors, including size, installation complexity, the location and orientation of the solar farm, how much sunlight the farms get, the efficiency of the solar panels, and the efficiency of the inverters.

You may always contact us for more details.

 

Benefits of Solar Farms

No Pollution

Using solar energy is the best way to reduce carbon emissions, helping global warming as Solar farms distribute clean energy.

In addition, they use very little water compared to traditional power plants.

Great Return of Investment

You will save in your utility bill, maintenance costs and you will receive an income. Plus the solar feed in tariffs are applicable, making solar farming easier than before.

Habitat for Wildlife and Plants

Solar farms are great at providing a better habitat for wildlife and plants. This is because the land around solar panels is generally grassland.

No noise

Solar farms have no moving parts, so they do not produce any sound, and they can be developed close to any local environment.

 

Disadvantages of Solar Farms

High cost

The initial cost is high. Purchasing the solar system is very expensive, even though the prices of solar panels are lower than few years ago.

Weather

Solar farms efficiency depends on the weather. Yes, solar energy can still be produced during cloudy and rainy days, but the efficiency of the solar system drops.

The Need of Big Space

The more electricity you want, the more solar panels you need, and this means more space.

Solar energy is a renewable source of energy and could likely be the future of global energy source. In fact, many scientists predicted that solar energy will be used more and more, and will contribute to a quarter of the world’s energy in the future.