Energ Yab http://energyab.com/ Tue, 03 Aug 2021 10:37:02 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://energyab.com/wp-content/uploads/2021/07/icon-10-70x70.png Energ Yab http://energyab.com/ 32 32 Bangladesh seeks U.S. investment to develop affordable energy source https://energyab.com/bangladesh-seeks-u-s-investment-to-develop-affordable-energy-source/ https://energyab.com/bangladesh-seeks-u-s-investment-to-develop-affordable-energy-source/#respond Fri, 30 Jul 2021 07:06:00 +0000 https://energyab.com/bangladesh-seeks-u-s-investment-to-develop-affordable-energy-source/

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Extreme flooding weighs on China’s energy supply chain https://energyab.com/extreme-flooding-weighs-on-chinas-energy-supply-chain/ https://energyab.com/extreme-flooding-weighs-on-chinas-energy-supply-chain/#respond Sat, 24 Jul 2021 17:00:00 +0000 https://energyab.com/extreme-flooding-weighs-on-chinas-energy-supply-chain/

A whole year of rain fell in the space of a few days in central China, devastate Zhengzhou city, with a population of around 5 million, and killing dozens when floodwaters inundated Henan Province. The flash flood stopped at least 10 trains carrying a total of 10,000 passengers. Three of those trains were left on the tracks, with no escape for passengers, for 40 hours, and 12 of those train passengers have now died. Meanwhile, heavy rains continue to fall and the the death toll continues to rise In the region. The Chinese government has resorted to blasting a dam in the area to divert flooding and to relieve pressure caused by rising water levels.

The terror and tragedy experienced by those directly affected by the severe flooding cannot be overstated and is far from the greatest concern, but it is only part of the story. Indeed, the devastation and disruption caused by the torrential rains extend far beyond the borders of Henan Province. “Floods that flood central China and submerge parts of a major economic and transport hub threaten supply chains of goods ranging from cars and electronics to pigs, peanuts and coal,” Reuters reported Thursday.

The economic fallout from the downturn will weigh more heavily on people in central China, who have already faced days of blackouts, lack of transportation and other flood-related challenges. “Electricity had been partially restored and some trains and flights were operating Thursday,” the Reuters report continued, “but analysts said the disruptions could last for several days, pushing up prices and slowing business in densely populated provinces. of Henan and neighboring provinces “.

One of the most affected sectors is that of coal sector, on which China still relies for the majority of its energy mix, even as it tries to phase out highly polluting fossil fuels. Additionally, the disruption in the coal supply chain occurs at a time of peak demand as consumers consume more energy trying to beat the summer heat.

Related: The Renewable Energy Waste Crisis Is Much Worse Than You Think

Although the flooding in central China is historic, it is likely to become more and more common in the years to come, as will these kinds of supply chain disruptions caused by an increased incidence of severe weather events around the world. thanks to the advance of global warming. “China regularly experiences flooding during the summer months,” the Guardian reported this week, “But rapid urbanization and conversion of agricultural land, along with the worsening climate crisis, have exacerbated the impact of such events.

China is far from alone. Around the world, countries’ energy security is threatened by global warming, increasingly frequent natural disasters and powerful storm systems. Earlier this year, we saw the devastation caused by an extreme cold spell in Texas when unusually freezing temperatures and a massive network failure caused hundreds of deaths. Experts also warned that the aging nuclear fleet in the United States was not prepared for global warming and the results could be disastrous if industry and political leaders are not proactive.

At a time so deeply defined by globalization and increasingly long and complex supply chains, incidents like this week’s floods in China highlight the importance of making these supply chains much more resilient or to diversify and consolidate local markets. Storms like the one that continues to hit Zhengzhou are increasingly frequent and violent, and they have the power to cripple critical supply chains that impact people’s access to food and electricity in the country. overnight. Energy security and sovereignty have never been more important.

By Haley Zaremba for Oil Octobers

More reads on Oil Octobers:

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Menarco turns to First Gen for its renewable energy supply https://energyab.com/menarco-turns-to-first-gen-for-its-renewable-energy-supply/ https://energyab.com/menarco-turns-to-first-gen-for-its-renewable-energy-supply/#respond Thu, 22 Jul 2021 08:24:24 +0000 https://energyab.com/menarco-turns-to-first-gen-for-its-renewable-energy-supply/

Menarco Development Corporation hired First Gen Corporation to power its award-winning 32-story tower in Taguig City using a renewable energy source.

In a statement, First Gen vice president Carlo Vega said that under the two-year agreement that will take effect later this month, the subsidiary of the power company Green Core Geothermal Inc. (GCGI) will provide Menarco Tower with 800 kilowatts of electricity.

“We are pleased that our agreement with Menarco Development completes the image of Menarco Tower as a highly innovative, energy efficient, healthy, secure and high-tech boutique office tower,” said Vega.

Menarco Tower has achieved a singular distinction by being the first and only office tower in South East Asia to overcome the stringent health and environmental requirements to be WELL Gold certified by the International Well Building Institute and for obtain LEED Gold certification from the US Green Building Council. .

“The Menarco Tower is designed to provide humanity-centered spaces that ensure the health and well-being of the building community, while minimizing any negative impact on the environment. Menarco is proud to partner with First Gen for our renewable energy needs, ”said Carmen Jimenez-Ong, Founder and CEO of Menarco Development.

“By consistently preaching the word, we are actively participating in the country’s efforts to mitigate climate change and progressive blackouts. Together, we are part of the solution, not the problem, ”added Jimenez-Ong.

Menardo Jimenez, the president of Menarco, is on Forbes’ list of the 50 richest Filipinos of 2020.

He gained his wealth as a senior executive and investor in broadcast giant GMA Network, of which he was the former chairman.

GCGI, an indirect subsidiary of First Gen, is licensed as a retail electricity supplier.

It also owns and operates two integrated geothermal power plants; one in Leyte and another in Negros Island.

In addition to geothermal energy, First Gen’s power plant portfolio also uses renewable energy sources such as hydropower, wind and solar.

First Gen also owns and operates power plants that run on natural gas, considered the cleanest form of fossil fuel. – BM, GMA News

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Electricity company NoCot partners with DOE and NEA for solar power source https://energyab.com/electricity-company-nocot-partners-with-doe-and-nea-for-solar-power-source/ https://energyab.com/electricity-company-nocot-partners-with-doe-and-nea-for-solar-power-source/#respond Wed, 21 Jul 2021 06:06:00 +0000 https://energyab.com/electricity-company-nocot-partners-with-doe-and-nea-for-solar-power-source/

SOLAR COMMUNITIES. Field staff from the electricity company Cotelco are preparing the installation material for Solar Home System (SHS) units in a remote village of M’lang, north of Cotabato, Tuesday, July 20, 2021. Besides M’lang, the The adjacent municipality of Tulunan was also one of the first beneficiaries of the solar lighting project implemented by Cotelco in partnership with the Ministry of Energy and the National Administration of Electrification. (Photo courtesy of Cotelco)

CITY OF KIDAPAWAN – North Cotabato’s electricity supplier, Cotabato Electric Cooperative (Cotelco) Incorporated, has partnered with the Department of Energy (DoE) and the National Electrification Administration (NEA) to scale up its renewable energy project by distributing some 6,000 solar home system (SHS) units in off-grid communities across the province.

Cotelco on Tuesday launched the initial distribution of 1,063 SHS units funded under the NEA General Appropriation Act to identified households in the municipalities of M’lang and Tulunan.

Godofredo Homez, chief executive of Cotelco, said on Wednesday that the project aims to energize remote villages that do not have access to electricity services “on the grid” due to distance and limited cooperative resources.

The SHS set includes a solar panel with a closed battery for external universal serial bus (USB) outlets for charging, four bulbs, a rechargeable flashlight and a portable radio.

“This will only serve as a temporary tool for these households for now as we gradually extend our power lines to the background, mostly below our service coverage area,” he said. declared.

Bernadeth Pamplona, ​​president of Barangay Lampagang, Tulunan, welcomed the initiative following the revitalization of about fifty households in their village on Tuesday.

“We are delighted with the project because we have been waiting for it for a long time. Now we have access to this reliable and sustainable solar lighting project, ”she said.

Homez said the DOE is also expected to deliver 1,600 solar units as part of the Productive Uses of Renewable Energy (PURE) initiative which will arrive at any time this year.

He said that an additional 5,100 SHS units of the agency will also be delivered to Cotelco for the second phase of the Access to Sustainable Energy Project – Photovoltaic Mainstreaming (ASEP-PVM) project across the utility area of ​​the power company.

The first phase of ASEP-PVM was implemented in 2018 and boosted 2,500 in the cities of Arakan, Makilala and President Roxas.

ASEP-PVM is a DOE project funded by the European Union and the World Bank.

It is part of the government’s rural electrification program with the mission of revitalizing remote areas of the countryside to promote progress and development. (ANP)

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Smart technologies and data for a future-proof energy supply https://energyab.com/smart-technologies-and-data-for-a-future-proof-energy-supply/ https://energyab.com/smart-technologies-and-data-for-a-future-proof-energy-supply/#respond Tue, 20 Jul 2021 12:53:20 +0000 https://energyab.com/smart-technologies-and-data-for-a-future-proof-energy-supply/ The UK government and Ofgem have announced smart technology plans to help consumers lower their bills and improve energy efficiency as demand for electricity increases and fossil fuels are phased out across the UK United.

Smart and flexible energy systems will be needed if the UK is to meet its leading commitments to tackle climate change by 2050. Meeting the growing demand for electricity as fossil fuels are phased out, will require a system that ensures the supply of clean energy. energy from renewable sources is guaranteed even when the wind is not blowing or the sun is not shining.

The “Intelligent systems and flexibility plan and energy digitization strategy”, published jointly by the government and Ofgem, aims to keep the commitments made by the government in its “White Paper on Energy” and represent a step forward on the road to the flexibility of the country’s energy network.

According to the joint coalition, unleashing the full potential of smart systems and flexibility in the energy sector could reduce system management costs by up to £ 10bn per year by 2050, as well as generate up to ‘to 10,000 jobs for system installers, electricians, data scientists and engineers.

Another 14,000 jobs could also be created by the export potential of these new technologies, with an estimated export market of up to £ 2.7 billion per year for the UK economy by mid-century. For consumers, the benefits could range from the ability for households to trade in excess energy to reduce their bills, to knowing when the costs of running household appliances such as washing machines and dishwashers are. at the lowest.

“We have to make sure that our energy system can cope with the demands of the future. Smart technologies will help us tackle climate change while ensuring that the lights stay on and bills stay low, ”said Anne-Marie Trevelyan, Minister of Energy and Climate Change.

She added: “The possibilities opened up by a smart and flexible system are obvious. They will not only allow households to control their energy consumption and save money, but they will also ensure that electricity is available when and where it is needed while creating jobs and investment opportunities in the future.

With the Smart Systems and Flexibility Plan, the government and Ofgem hope to advance plans for new innovative systems that could allow large-scale storage of electricity produced by clean renewable sources over longer periods of time, so it is ready to meet the challenges of decarbonising energy systems. These technologies include pumped hydraulic storage, compressed air energy storage, and converting electricity into hydrogen so that it can generate electricity.

Smart technologies already under development in the UK include district heating projects in Gateshead and Milton Keynes, which provide residents with affordable, low-carbon heat and electricity by partnering with battery storage to deliver excess electricity to the grid when needed.

There is also a community of around 6,500 residential customers across the UK participating in trials where home solar power is combined with battery technology, using data to forecast production and demand for energy in the electrical system at large. This allows customers to trade excess energy back to the grid, saving an average of 70% on household bills.

The government, Ofgem and Innovate UK are also releasing the UK’s first ‘Energy Digitization Strategy’. It will examine how data from the energy system is used so that the full potential of innovative technologies can be harnessed and consumers can get the most out of new digital products and services.

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Ayala unit increases Vietnam’s clean energy supply https://energyab.com/ayala-unit-increases-vietnams-clean-energy-supply/ https://energyab.com/ayala-unit-increases-vietnams-clean-energy-supply/#respond Tue, 20 Jul 2021 12:13:23 +0000 https://energyab.com/ayala-unit-increases-vietnams-clean-energy-supply/

AC Energy’s stake in Vietnam’s renewable energy (RE) projects has reached 1,000 megawatts (MW), the power arm of conglomerate Ayala Corp said on Tuesday.

Of this figure, 637 MW is attributable to AC Energy.

The company’s first project in Vietnam is the 405 MW Ninh Thuan Solar Park, which came on stream in 2019. AC Energy has partnered with BIM Group to develop it.

Subsequently, the 80 MW Khan Hoa and Dak Lak solar parks, developed in partnership with AMI Renewables, also started operations in 2019 and have since contributed to Vietnam’s clean energy supply.

AC Energy has also taken advantage of Vietnam’s strong wind resource potential, making it a strategic hub to jointly develop wind projects with its partners to invest a total of $ 445 million in the country, with the company’s wind projects under construction reaching 440 MW of capacity.

He partnered with The Blue Circle to develop the Mui Ne wind farm in Binh Thuan province, with the construction of the project in full swing. With an expansion potential of 170 MW, partners from Soc Trang province in southern Vietnam, two wind farms are being developed by AC Energy with a long-standing partner, UPC Renewables. The Lac Hoa and Hoa Dong wind farms have a total capacity of 60 MW.

Vietnam’s largest onshore wind farm, the 252 MW Quang Binh Wind Farm, is AC Energy’s latest partnership with AMI Renewables. Foundation work on 52 of the 60 turbines has already been completed with 14 turbines installed, while the project transmission lines have also been completed and the two substations energized.

Meanwhile, the 88 MW Ninh Thuan Wind Farm, AC Energy’s latest development with BIM Group, recently completed its foundation, with six turbines fully erected and installed. The wind farm’s transmission lines and substation are already complete and ready to be powered up.

“These project milestones taking place in Vietnam are all a really exciting time in our renewable energy expansion,” said Patrice Clausse, COO of AC Energy International. “We are creating a niche for AC Energy through our historic sustainable investments, establishing a strong track record in this country. We will continue to develop large-scale developments to support Vietnam’s goal of increasing the share of renewable energies in its energy mix.

With four wind farms expected to be operational by 2021, and with the upcoming completion of the injection of its international assets that will provide 1,408 MW of renewable energy capacity, AC Energy’s renewable energy portfolio is expected to reach 2,500 MW in the year, already halfway towards its goal of reaching 5,000 MW of renewable capacity by 2025.

Since 2017, AC Energy has been advancing its renewable energy program to become a major player in Vietnam.

“Vietnam is a great place for sustainable investments as it leads the race for a clean energy transition in the post-COVID world,” said Eric Francia, president of AC Energy. “Our partners’ in-depth market expertise strengthens our leadership position in Vietnam as we aim to play a significant role in green recovery by building climate resilience and creating jobs. We remain well positioned to be one of the largest listed renewable energy platforms in South East Asia and achieve 5,000 MW of renewable energy capacity by 2025. ”

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California seeks out-of-state again to secure summer energy supply https://energyab.com/california-seeks-out-of-state-again-to-secure-summer-energy-supply/ https://energyab.com/california-seeks-out-of-state-again-to-secure-summer-energy-supply/#respond Tue, 20 Jul 2021 01:23:52 +0000 https://energyab.com/california-seeks-out-of-state-again-to-secure-summer-energy-supply/

California energy authorities are taking action to secure the state’s electricity this summer. They anticipate the need for state power assistance to keep California lighting going and keep air conditioning units humming through long, hot summers. In a report from KCRA3 Investigates earlier this year on the California power grid, our team revealed a possible power shortage this summer if California experiences another long-term thermal event. In a joint statement released Thursday, the California Energy Commission and the California Independent System Operator described what is called the “capacity supply mechanism.” Basically, he explained the decision to ask California for additional energy in July, August and, in some cases, September. The press release explains that this authority has been distorted by energy managers. Previously, recently during the heatwave last summer. Going further, the statement “is an important part of the toolbox and an essential safety net to balance the supply and demand of the California electricity grid.” These first thermal events telegrams. Sending, the grid will be tighter than expected this summer. There have been record impacts of climate change in the west and elsewhere. ISO’s decision to request additional capacity is another necessary step we can take to prepare well. R-Fresno representative Jim Patterson is vice-chair of the Parliamentary Committee on Utilities and Energy. In a video press conference Thursday, California is not expected. California, the world’s fifth largest economy, requires shipments to the world. California energy experts point to new challenges posed by recurring extreme heat waves, reduced hydropower capacity, extreme drought and climate change as reasons for the need to find alternative electricity. Patterson has long accused Sacramento lawmakers of partisan politics to connect to an unreliable power grid. It is in fairly good condition, many Californians cannot afford it, and many Californians have turned it into an unusable grid due to the reliability of the electricity it should be running on, but it is not. the case. “He said.

California energy authorities are taking action this summer to secure electricity for the state.

They expect Californians to keep their lights on and need the state’s help to ensure their air conditioning units continue to buzz through the long, hot summers.

KCRA 3 Investigates Report While California experienced another long bout of heat on the state’s power grid earlier this year, our team revealed a possible power shortage this summer.

n / a A joint statement from the California Public Utility Commission, California Energy Commission and California Independent System Operator, released Thursday, said: Capacity Supply Mechanism .. “

Basically, they explained their decision to seek additional energy supplies in California in July, August, and possibly September.

The press release explains that this authority was previously bent by energy managers, most recently during the heatwave last summer.

To go further, some of the statements look like this:

“This is an important part of the toolbox and an essential safety net for balancing. Supply and demand in the California electricity grid.

“When these first thermal events telegram, the grid will be more strained than expected this summer due to the effects of record climate change in the west and elsewhere. ISO Requiring Additional Capacity Decision is another necessary step that can be taken to prepare properly. “

Congressman Jim Patterson, R-Fresno, is vice-chair of the Parliamentary Committee on Utilities and Energy.

In a video press conference Thursday, he said California should not be able to go this route.

“We are now in a situation where California, the fifth largest economy on the planet, is begging the world to ship as much electricity to us as possible due to a shortage. “.” Patterson said.

California energy experts point to new challenges posed by recurring extreme heat waves, reduced hydrocapacity, extreme drought and climate change as reasons why other sources must be found.

Patterson has long accused partisan politics on the part of Sacramento lawmakers of leading to an unreliable power grid.

“This is, in my opinion, a bitter rebuke of what this one-party rule has done to get a pretty good network, a lot of Californians can’t afford it, and a lot of Californians out there. It cannot be used due to the reliability of the electricity which should be in California. “

California Looks Out Of State Again To Secure Summer Energy Supply Source Link California Looks Out Of State Again To Secure Summer Energy Supply ‘summer

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Iowa ignores the most efficient clean energy source – nuclear https://energyab.com/iowa-ignores-the-most-efficient-clean-energy-source-nuclear/ https://energyab.com/iowa-ignores-the-most-efficient-clean-energy-source-nuclear/#respond Sun, 18 Jul 2021 11:00:00 +0000 https://energyab.com/iowa-ignores-the-most-efficient-clean-energy-source-nuclear/

The former nuclear site of Duane Arnold Energy Center in 2003. (The Gazette)

Windmills are so common in Iowa that they are featured on our state license plate, cementing the identity of the windmill in our community and in a mental image of the Iowa Plains. Solar panels have also become more and more common because they can provide small, efficient energy sources for homes and farms with large roofs to accommodate the panels.

The idea of ​​solar farming fits into our state philosophy as American producers and suppliers. The farmers of Iowa feed the world and our ethanol corn feeds the country. It seems like a natural next step to venture into this new agricultural phase. However, as exciting as these clean energy initiatives are, a major piece of the puzzle is missing in our state: nuclear power.

Nuclear power plants accounted for 9% of the total generating capacity of the United States in 2019, but produced 20% of the country’s electricity due to their reliable power generation. Iowa until recently had only one Functional nuclear reactor housed in a large building in Palo which employed around 600 people.

Duane arnold open in 1974. A larger factory in Vandalia as well as other locations were planned in advance, but due to the cost, perceived risk and anxiety over the radiation many plans were rejected.

The plant manager cited the reasons for the closure as the inability of the small plant to cope with cheaper energy as well as the cost of the damage caused by the Derecho. It should be noted that there is considerable tax incentives individuals and companies for the installation of wind turbines and solar panels.

This decommissioned nuclear site will be the site of a large NextEra Energy solar farm covering 3,500 acres in Palo. The new solar project is expected to generate an investment of $ 700 million, $ 41.6 million in tax revenue and around 300 construction jobs.

Let’s compare the potential of wind power, the most popular clean energy source in our state, to nuclear power: On average, 3,000 wind turbines have been built in the United States each year since 2005. Today , in the United States, there are 68,792 wind turbines with a total nominal capacity of 121,431 megawatts. Nuclear power has by far the highest capacity factor from any other source of energy. Essentially, this means that nuclear power plants produce maximum power more than 93% of the time during the year. It is about 2.5-3.5 times more reliable than wind and solar power plants, according to the ministry of energy.

This reliability is important because renewables are considered intermittent or variable sources and are mainly limited by a lack of fuel, which sometimes means that the sun is not shining or the winds are not very strong. In the future, power plants will probably be built with a renewable energy source and a reliable energy source such as coal or nuclear power.

Duane Arnold is located near the Benton and Linn County borders. Following the news that the plant was shutting down, an article appeared in the Des Moines Register claiming that there was finally hope for the Iowans to have “less cancer“Afflict our communities.

While I disagree with the article’s celebratory tone regarding the plant shutdown, the figures presented painted a chilling tale that at first glance seems rather alarming.

The author said, “In Benton and Linn counties… the cancer rate in children 19 and under was 7% higher than the rate in Iowa before Duane Arnold’s surgery. And “from 2013 to 2017, Linn County’s childhood cancer rate was 20% higher than the state. … For Linn County residents under the age of 50 who lived near Duane Arnold most or all of their lives, the cancer rate was 15% higher than in the state.

Taking a closer look at these numbers, we can see that Benton County actually sits in the bottom half of Iowa County cancer incidence rate and Linn County’s cancer incidence rate sits roughly in the middle of the pack. Palo Alto County, a few hours north of nuclear power plant town, has the highest cancer incidence rate in the state and there has never been a nuclear power plant in that county.

Linn County is the second largest country in the state, with convenient access to cancer screening facilities. Similar to COVID tests, the more we test for something, the more we will discover this disease.

It’s good to locate and identify cancer for treatment, of course, but it’s worth noting that people who live near (relatively) a nuclear power plant might be more likely to be tested for cancer. due to the perceived radiological threat, even if they are not exposed to significant levels of radiation.

In addition, there is some evidence that higher background radiation levels are associated with a slightly longer life expectancy, according to a study by scientists from the BGU and the Negev Nuclear Research Center. Background radiation is ionizing radiation that exists in the environment from natural sources. It includes radiation from outer space and radiation from terrestrial sources. With higher background radiation levels, life expectancy actually increased. It seems counterintuitive to the information we get from TV shows and movies about radiation exposure, but it follows the still emerging science of nuclear radiation.

Now, of course, that doesn’t mean that people haven’t been seriously injured by radiation exposure by living next to nuclear power plants that don’t follow safety procedures. However, there is strong evidence to support that living near a modern, well-supervised nuclear power plant will not have any negative effects on surrounding communities.

Energy production is a collaborative and diverse field that is increasingly adapted to the needs of the community. Attaching solar panels above apartment buildings, traffic lights, and homes is a smart way to harness the sun’s energy, but using Iowa’s farmland comes at a cost. High opportunity given that the area could be used to produce food rather than the more unpredictable solar energy storage.

It makes no sense to scare about nuclear power and romanticize inefficient wind and solar power for large-scale use without other reliable sources. People with a vested financial interest in producing and funding low-risk power generation are not reliable sources for Iowa’s energy planning. We need to follow science and lead with logic instead of fear of innovation.

Patricia Patnode is a member of the editorial staff of the Gazette. Comments: patricia.patnode@thegazette.com

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Government plans to shift public transport and logistics to clean energy source: Gadkari https://energyab.com/government-plans-to-shift-public-transport-and-logistics-to-clean-energy-source-gadkari/ https://energyab.com/government-plans-to-shift-public-transport-and-logistics-to-clean-energy-source-gadkari/#respond Fri, 16 Jul 2021 04:45:00 +0000 https://energyab.com/government-plans-to-shift-public-transport-and-logistics-to-clean-energy-source-gadkari/ NEW DELHI: The government has plans to shift public transport and logistics to 100% clean energy sources, Union Minister Nitin Gadkari said on Thursday, saying India has made significant progress towards improved access to green energy over the past decade.
Addressing a virtual event hosted by industry body CII, the Minister of Road Transport and Highways further said India was already on track to meet its target of 175 GW of installed renewable capacity from by 2022.
“Over the past decade, India has made significant strides towards improving access to green energy while increasing the integration of renewables … We have plans to upgrade public transport and logistics to a 100% green and clean energy source, ”he said.
Noting that currently the country is in 5th position for an overall installed capacity of renewable energy, he said, with the supportive policies and initiatives of the government, India will even exceed the target of renewable energy of 450 GW by 2030.
The Minister also pointed out that India is rapidly developing alternative mobility solutions such as cable car, cable car, funicular, among others.
“In hilly areas, such as Himachal and Uttarakhand, the cable car and cable car system can be operated efficiently using hydropower,” he said.
According to Gadkari, renewable technologies require more manpower and, within this framework, the solar energy and biomass sectors will have the largest generation of jobs with more than 3 million by 2050.
He also said that LNG as a fuel is economically viable for trucks and long-life buses.
Stating that India is one of the fastest growing economies, leading to sustainable and climate neutral development, Gadkari said: “Society should be livable, viable and sustainable for all with a strong emphasis on ethics, ecology and the environment ”.
The minister said his ministry is working to create opportunities for clean and green alternative transportation fuels like electricity, bio-CNG, LNG, biodiesel, ethanol, methanol and fuel cells hydrogen.
The government encourages the use of renewable energy to charge electric vehicles, he said, adding, “We have abundant solar energy. Solar electricity costs are very low and guarantee a zero carbon cycle in the ecosystem of electric vehicles (EV) ”. .
He also mentioned that infrastructure development plays an important role in the growth and economy of the renewable energy sector in India.
Gadkari said the government is investing $ 1.4 trillion, or 111 lakh crore, for infrastructure development through the National Infrastructure Pipeline (NIP).
The government has set itself the goal of building roads worth Rs 15 lakh crore over 2 years, he added.
The minister said that to reduce congestion on the corridors and improve logistics efficiency, 35 locations have been identified for the development of multimodal logistics parks (MMLP).
“These logistics parks would also trigger the development of manufacturing clusters in adjacent rural areas and level 2 urban areas,” he added.

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PV – Renewable Energy Supply Options: Macrogrid vs Microgrid https://energyab.com/pv-renewable-energy-supply-options-macrogrid-vs-microgrid/ https://energyab.com/pv-renewable-energy-supply-options-macrogrid-vs-microgrid/#respond Thu, 15 Jul 2021 14:56:12 +0000 https://energyab.com/pv-renewable-energy-supply-options-macrogrid-vs-microgrid/

Macro-grid electrical systems

Typically, a grid is an electrical network that connects power plants, infrastructure made up of wires and poles, and consumers (industries, businesses, and homes). A macro-grid is either owned by the government or privatized. If you have a solar and battery storage system connected to the macro grid, you can consume power from the grid itself. You can also send energy there.

This grid system is resilient and largely reliable. Meanwhile, a microgrid is a localized version of the system that may or may not be connected to a macrogrid. A micro-grid can be integrated into an existing system. Compared to a national distribution of a macro-grid, a micro-grid can consist of a smaller-scale system connecting three houses or an entire city. Some microgrids are specially designed to be independent and autonomous hubs.

Small-scale production systems

A macro-grid connects consumers to a central power source, which means that in the event of a power failure, everyone connected to the grid is cut off from the power source. Many functioning micro-grids are still connected to the larger grid, but in the event of a power failure, members of the micro-grid could still use electricity using local power generation. In this type of setup, we can see that a microgrid is a reliable power source when needed.

The advent of small-scale distributed generation, such as rooftop solar installations, has gained traction in many parts of the world. This revolution in the distribution and use of energy is beneficial for the consumer. A homeowner who opts for a micro-grid enjoys the benefits of meeting some or all of the household’s energy needs from a home solar installation instead of a power plant serving the entire community. In some contexts such as underdeveloped areas or cities that are not reliably served by a macro-grid, a micro-grid is a practical and economically advantageous choice.

Nowadays, you can choose to be connected to a community micro-grid instead of a conventional macro-grid and be an active participant instead of just a passive consumer. The main advantage of a community micro-grid is the people-centered nature of the system. To be reliable, efficient and transparent, a micro-grid system must use the latest smart technologies.


A macro-grid is a familiar and stable source of electricity. But if you’re worried about the rising cost of consumption and upset about power outages, you might consider the benefits of being part of a micro-grid using clean, renewable energy. A good system powers your home with an uninterrupted power supply generated from solar, hydro, geothermal or wind energy.

About the Author:

Enrique Hormillo is Business Development Manager at SolarNRG Philippines. Its parent company, SolarNRG Netherlands, is one of the largest suppliers and installers of solar energy systems in Europe.

Enrique’s experience extends beyond business development as he also works as a marketing director for a motorsport store, further strengthening his business acumen.

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