With Rs 1.16 Cr pilot project, Ladakh kicks off its ambitious energy efficient action plan. Complete Details Inside

LEH: The environmental concerns have always surrounded the union territory of Ladakh, a region which has its eyes set on achieving the uphill task of cutting down on its power consumption, through its ambitious State Energy Efficiency Action Plan.

The path is far from easy, mainly due to the harsh climatic conditions, which make space heating—a major power consumer—as essential and as scarce as water to Ladakh and its people.

However, a determined and resolute administration under the leadership of Lieutenant Governor Brigadier B D Mishra will not take No for an answer, as it has sanctioned a Pilot Project for Geothermal Heat Pump Based Energy Efficient Space Heating Solution, thus kickstarting its uphill journey.

Advisor Pawan Kotwal has accorded sanction for execution of Pilot Project for Geothermal Heat Pump Based Energy Efficient Space Heating Solution for the Public Health Centre at Thiksey in Leh at an estimated cost of Rs 1.16 Crore.

With focus on achieving significant reduction in energy usage, the Ladakh administration is betting big on Geothermal Heating System in the Buildings of the region, as part of its mega energy efficiency policies, which it seeks to implement in the Union Territory.

This pilot project will be the first test of geothermal heating installation’s efficiency and feasibility in the extreme cold of Ladakh, and if successful, a new chapter will begin in the history of Ladakh.

While the union territory has been taking baby steps to move towards a cleaner, efficient solution to meet its requirements for space heating in view of the harsh climatic conditions, the first major move had come in the month of April this year, from Raj Niwas itself.

First Move from Raj Niwas

Lieutenant Governor of Ladakh, Brigadier B D Mishra, who had repeatedly laid emphasis on the judicious usage of resources like water and power ever since he arrived in the union territory, had ordered an energy audit in Raj Niwas, so as to find an efficient energy system for space heating in the highest constitutional house of the union territory.

Besides seeking a more cleaner and efficient means to keep the Raj Niwas well-heated in the brutally cold weather of Leh, Mishra also ordered for exploring options to cut on operation costs for space heating.

Mishra ordered for constitution of a committee to conduct an energy audit of Raj Niwas and to identify an cleaner, alternate energy efficient system for space heating, which was constituted in May and was tasked with the responsibility of studying and finding an alternate energy efficient system to save operation cost for space heating in Raj Niwas.

Indicating how serious Mishra is in his efforts, the committee was empowered to take advice and help from experts such as the Bureau of Energy Efficiency in this matter, as well as in getting the energy audit of Raj Niwas done.

This was first of the many such initiatives Mishra contemplates taking up, in order to set an example for the already aware and climate-conscious people of Ladakh.

State Energy Efficiency Action Plan

In the month of June, the UT administration had unveiled its State Energy Efficiency Action Plan, which identified three focus centres—Buildings, Transport and Industry,

Due to harsh winters and extreme weather conditions, the residents of Ladakh have to rely heavily on electricity for heating purposes in buildings, which in turn puts a strain on the region’s power grid and contributes to high energy costs.

To address this issue, implementing a geothermal heating system is necessary for Ladakh.

The geothermal heating systems are being explored by Public Works Department and other related departments in the union territory to have renewable based heating system which will help the UT to become carbon balance region, earlier than the target year of 2050.

According to the calculations of the administration, approximately 80% of the electricity used in buildings in Ladakh is for heating purposes. By implementing geothermal heating, we estimate that up to 70% of energy savings can be achieved compared to traditional electrical resistance-based heating systems.

A geothermal heating system uses the natural heat of the earth to warm buildings. The system uses pipes buried underground to circulate water that absorbs the earth’s natural heat. The heated water is then used to warm buildings through a series of radiators or underfloor heating systems. Unlike traditional heating systems, geothermal heating systems are highly efficient and have significantly lower operating costs.

The administration proposes implementing geothermal heating systems in at least 20% of the buildings, where the system can provide hot water for comfort and domestic use.

This move is expected to lead to significant reduction in energy usage in the union territory. The strategy is estimated to result in energy savings of 4900 ton of oil equivalent or 0.0049 MTOE (million ton of oil equivalent) in the moderate scenario and 9700 ton of oil equivalent or 0.0097 MTOE (million ton of oil equivalent) in the ambitious scenario till Financial Year 2031.

Takers Aplenty

It may be mentioned that the Kargil administration has already decided to put the geothermal heating installation to test its efficiency and feasibility in the extreme cold, and if it remains successful, the district is likely to replicate the energy system.

Chief Executive Councillor of LAHDC Kargil, Feroz Ahmad Khan on June 20 had convened a meeting with the representatives of Northern ECO Earth Design Solution, a Consultancy and Architecture Firm which gave a detailed presentation on geothermal heating system, green buildings and highlighted its advantages.

The meeting had decided to identify one Health Sub-Centre in Kargil for the pilot project in the extreme cold area so that its success can be tested and in future, the project could be replicated at a larger scale.

The benefits of implementing a geothermal heating system in Ladakh are aplenty.

Firstly, it would significantly reduce the region’s reliance on electricity for heating, leading to lower energy costs and reduced strain on the power grid. Secondly, the geothermal system can provide a reliable source of hot water for domestic use, even during the winter months when traditional water sources can freeze. This would improve the quality of life for residents and eliminate the need to migrate during the winter months. Thirdly, geothermal heating would provide a more comfortable working environment for residents, allowing them to work from hotels or homes throughout the year,” an official document in this regard accessed by Indus Dispatch said.

The administration will implement this through multiple agencies including Bureau of Energy Efficiency, Ladakh Power Development Department, Public Works Department and Urban Local Bodies.

Projecting A Better Picture

To move further in this direction, the union territory administration is mulling to conduct a feasibility study on Geothermal Heating System in Ladakh which involves identifying potential locations for the system, analysing the geological conditions, assessing the energy demand of the region, and estimating the costs and benefits of the project. The study would also explore potential funding options and partnerships with private entities to help finance the project.

The administration would develop regulatory frameworks for Geothermal Heating System in Ladakh outlining the roles and responsibilities of the various stakeholders, including government agencies, private entities, and consumers, besides providing incentives and subsidies for Geothermal Heating System adoption in Ladakh to encourage the adoption of geothermal heating systems which could be in the form of tax breaks, rebates, and low-interest loans to help offset the initial costs of installation.

The administration also plans to launch a public awareness campaign to educate residents, businesses, and institutions about the benefits of geothermal heating systems, besides collaborating with international organizations and experts to gain knowledge and expertise in the installation and operation of geothermal heating systems.