DEMO PROJECT DESCRIPTION

With the FAME-II (Faster Adoption of Manufacturing of Electric Vehicles in India) scheme coming to an end in March next year, Ravneet S Phokela said Ather Energy is happy with the government support and the current levels of subsidy but hoped that it would be extended for another three to five years for acceleration of EV adoption. Policy predictability is needed to make investment plans for accelerating electric mobility in the two-wheeler segment, Ravneet S Phokela, Chief Business Officer at Ather Energy, told PTI in an interview. "Two requirements, extend the period of time and importantly, let there be policy predictability," he told PTI when asked about the company's wishlist for FAME III.

Read more at: https://yourstory.com/2023/09/ev-subsidy-should-be-extended-for-3-5-years-for-better-adoption-ather-energy

ADB is helping Viet Nam expand and improve electricity services for ethnic minority communities in poor, remote areas. The project will develop five to 10 mini hydropower plants to serve communes in mountainous areas in the north. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. Electricity connections will be provided to about 60-75 villages in poor, remote ethnic minority areas in northern Viet Nam, and minimum 100 gigawatt hours (GWh) of hydropower energy to the national grid. Component 2 of the Project will support the Government's ongoing special program of supporting rural electrification of poor provinces inhabited by ethnic minorities. The Government requested assistance to extend this program to five provinces: Dien Bien and Lai Chau in Northern region; Tra Vinh and Soc Trang in Mekong Delta; and Quang Tri in central Viet Nam. Approximately 100,000 poor households in about 1,000 villages are expected to receive electricity under this component. The Project will include an associated technical assistance (TA) grant for capacity building for renewable energy development. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.  It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.  It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.

Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam  Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam  Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam  Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam  Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam   Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam

Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam  Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam

ADB is helping Viet Nam expand and improve electricity services for ethnic minority communities in poor, remote areas. The project will develop five to 10 mini hydropower plants to serve communes in mountainous areas in the north. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. Electricity connections will be provided to about 60-75 villages in poor, remote ethnic minority areas in northern Viet Nam, and minimum 100 gigawatt hours (GWh) of hydropower energy to the national grid. Component 2 of the Project will support the Government's ongoing special program of supporting rural electrification of poor provinces inhabited by ethnic minorities. The Government requested assistance to extend this program to five provinces: Dien Bien and Lai Chau in Northern region; Tra Vinh and Soc Trang in Mekong Delta; and Quang Tri in central Viet Nam. Approximately 100,000 poor households in about 1,000 villages are expected to receive electricity under this component. The Project will include an associated technical assistance (TA) grant for capacity building for renewable energy development. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.

Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component

ADB is helping Viet Nam expand and improve electricity services for ethnic minority communities in poor, remote areas. The project will develop five to 10 mini hydropower plants to serve communes in mountainous areas in the north. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. Electricity connections will be provided to about 60-75 villages in poor, remote ethnic minority areas in northern Viet Nam, and minimum 100 gigawatt hours (GWh) of hydropower energy to the national grid. Component 2 of the Project will support the Government's ongoing special program of supporting rural electrification of poor provinces inhabited by ethnic minorities. The Government requested assistance to extend this program to five provinces: Dien Bien and Lai Chau in Northern region; Tra Vinh and Soc Trang in Mekong Delta; and Quang Tri in central Viet Nam. Approximately 100,000 poor households in about 1,000 villages are expected to receive electricity under this component. The Project will include an associated technical assistance (TA) grant for capacity building for renewable energy development. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households. Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam. It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.  It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.  It will also support the rural electrification program and expand power coverage to five provinces and provide electricity connections to about 100,000 poor households.

Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component 1 of the Project will develop about 5-10 grid-connected run-of-river mini-hydropower plants of 7.5 megawatts (MW) or less capacity, totaling 30 MW in several provinces in northern and central Viet Nam Component

Whenever the energy from the sun falls on the solar panel, then the energy can be absorbed through the photovoltaic cells. The energy conversion from solar to electrical in the solar cells can be done with the help of silicon semiconductors using the effect of PV. The converted energy is in the form of DC so that it can directly charge the battery. 

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The main objective of the 4E Project is to further develop the legal, regulatory and institutional preconditions as well as related capacities to channel investment towards renewable energy and energy efficiency. The energy sector governance is enhanced, and the regulatory framework and legal basis are in place for the large-scale expansion of renewable energy as well as the implementation of energy efficiency measures and for the compliance with the climate change commitments of Viet Nam. Further depth has been added to the specialist knowledge of decision-makers for the successful formulation and implementation of policy guidelines in the sector.

The Commercial and Industrial Rooftop Solar Project aims to improve the preconditions for a sustainable development of the market. Its focuses are the adaptation of relevant regulatory and technical regulations, the development of key stakeholder capacities and the improvement of EVN’s information base.

This project suggests a solar powered home lighting system that uses solar power and LED lighting technology in a more efficient way. Solar power systems use solar panels to convert the sun’s energy directly to electricity. This electricity is stored in the batteries that can supply only DC output. All available lighting systems, including LED lights, work on AC power. So the DC supply needs to be converted to AC using inverters, which causes some loss of power. The amount of power lost during this process depends on the efficiency of the inverter.But, if we look closely, in most of the LED lighting systems, the AC is converted back to DC using switched-mode power supplies (SMPS) having an efficiency of around 80 per cent.This system proposes to use the power from the battery directly for LED lighting, eliminating the need for DC-to-AC conversion by the inverter and AC-to-DC conversion by the LED light’s SMPS supply.

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