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Hengbung: the first village in India to integrate hydro with solar energy

The village of Hengbung in Manipur has become the first village in India to integrate hydro and solar energy.

By Florence Das
New Update
hengbung village in manipur inspirational story

In a remarkable move towards clean energy, the village of Hengbung in Manipur has become the first village in India to integrate hydro and solar energy. This initiative has been widely acclaimed as an innovative approach to harnessing renewable energy sources to meet the energy demands of rural India. In this article, we will delve deeper into the journey of Hengbung's integration of hydro and solar energy, the positive and negative outcomes, and the current scenario.

The Journey

Hengbung, a remote village in Manipur, faced acute energy shortages for years.

Hengbung, a remote village in Manipur, faced acute energy shortages for years. They have relied heavily on diesel generators and kerosene lamps for power. In 2010, the village decided to explore renewable energy sources to meet its energy demands.

The villagers formed a committee to oversee the project and sought help from the government and various organizations. The project was implemented in phases, starting with a micro-hydro power plant that harnesses the energy of a nearby stream. Later, the villagers installed solar panels to supplement the power generation during the dry season.

Integration Of Project

The integration of hydro and solar energy in Hengbung was achieved through a phased approach. The project was implemented by a committee formed by the villagers, with the help of the government and various organizations. The following are the steps that were taken to integrate hydro and solar energy in Hengbung:

  1. Hydro Power Plant: The first phase of the project involved setting up a micro-hydro power plant that harnesses the energy of a nearby stream. The power generated by the plant was used to provide electricity to the village.
  2. Solar Panels: In the second phase of the project, solar panels were installed to supplement the power generated by the hydropower plant during the dry season. The solar panels were installed on rooftops and in open areas around the village.
  3. Battery Storage: To ensure a continuous supply of power, battery storage units were installed to store the excess power generated by the hydropower plant and solar panels. The stored power was used to provide electricity during times when there was no power generation from the hydropower plant and solar panels.
  4. Smart Grid: The entire project was connected through a smart grid, which allowed for efficient distribution of power to the different areas of the village. The smart grid also allowed for remote monitoring and control of the power generation and distribution system.

Overall, the integration of hydro and solar energy in Hengbung was a well-planned and executed project. The project involved the installation of multiple components to ensure a reliable and sustainable source of energy for the village.

Positive Outcomes

The integration of hydro and solar energy has brought about significant positive outcomes for the village of Hengbung. Firstly, the project has provided the village with a reliable and sustainable source of energy. In turn, reducing its dependence on expensive and unreliable fossil fuels. Secondly, the project has improved the standard of living of the villagers by enabling them to have access to electricity around the clock. That has led to improved health, education, and economic opportunities. Thirdly, the project has significantly reduced the carbon footprint of the village, contributing towards the mitigation of climate change.

Major Challenges

The integration of hydro and solar energy in Hengbung has also had some challenges. The initial cost of the project was high, making it difficult for the villagers to bear the expenses. Secondly, the project required specialized skills and knowledge to implement. These skills were not readily available in the village, necessitating external assistance. The maintenance and repair of the project require technical expertise, which is not always available, resulting in occasional downtime.

The Role Of Government

The government played an important role in supporting the integration of hydro and solar energy in Hengbung. The following are some of how the government supported the project:

  1. Funding: The government provided funding for the project through various schemes and incentives. The Ministry of New and Renewable Energy (MNRE) provided financial assistance for the installation of the micro-hydro power plant and solar panels. The government also provided subsidies and loans to the villagers to help them bear the initial costs of the project.
  2. Technical Support: The government provided technical support to the villagers through various agencies such as the National Institute of Solar Energy (NISE) and the National Hydro Power Corporation (NHPC). The technical experts guided the design and installation of the hydropower plant and solar panels.
  3. Policy Support: The government created policies and regulations to promote the adoption of renewable energy sources in rural areas. The MNRE introduced various schemes such as the Off-grid and Decentralized Solar Applications program to encourage the adoption of solar energy in remote areas.
  4. Capacity Building: The government also provided training and capacity-building programs to the villagers to enable them to operate and maintain the power generation and distribution system. The training programs were conducted by various agencies such as the NHPC and the State Renewable Energy Agency.

Overall, the government's support was critical to the success of the project. The financial, technical, and policy support provided by the government helped to overcome the initial barriers. Hence, enabled the villagers to adopt renewable energy sources to meet their energy needs.

Current Scenario

As of April 2023, the integration of hydro and solar energy in Hengbung continues to be a success story. The project has been in operation for over a decade. It has become a model for other villages in India looking to adopt renewable energy sources. The government of India has recognized the potential of such projects. Hence, they have initiated various schemes and incentives to promote the adoption of renewable energy sources in rural areas. The success of the Hengbung project has also encouraged various organizations to invest in similar projects in other parts of the country.

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