Private

FS 3.222

Energy transitions and their impacts in mountain areas

Details

  • Full Title

    FS 3.222: Energy transitions and their impacts in mountain areas
  • Scheduled

    TBA
  • Location

    TBA
  • Co-Conveners

  • Assigned to Synthesis Workshop

    ---
  • Thematic Focus

    Resources, Socio-Ecology, Sustainable Development
  • Keywords

    Energy transition, Social-ecological transformation, renewable energy

Description

The transition from fossil energy sources to renewable energy has been accepted as a need by the vast majority of countries, especially in Europe and the Global North. This is impacting in mountain areas in different ways. First, mountains are suppliers for important natural resources needed for the energy transition, like minerals or timber. The exploitation of those resources impact in the environment and the local populations leading to increasing conflicts. Second, mountains have a big potential for the generation of renewable energies, like hydropower, wind energy and solar energy. On the one hand, this results in new income opportunities. On the other hand, large-scale energy production has impacts on the environment, and is often rejected by local populations. Since people are concerned about the competition with other (economic) activities, like tourism or nature protection, this often leads to conflicts. And third, mountains also need to go through the transition from fossil to renewable energy sources and are facing the challenges related to this process. What are the specificities for the energy transition in mountain areas? With this session, we want to focus on those different kinds of impacts, in different contexts and from different disciplinary perspectives. We welcome contributions from scholars and practitioners. Through this session, we aim to give visibility to the diversity of impacts of the energy transition in mountains.

Submitted Abstracts

ID: 3.9321

Energy transitions and their impacts in mountain areas (Harz Mountains, Germany)

Lasafam Iturrizaga

Abstract/Description

The Harz presents one of the most humid mountain regions in Germany and acts as a water tower for the surrounding mountain forelands. With six large dams in the western Harz, which are operated by the Harzwasserwerke GmbH, the water landscape has been transformed significantly since the 1930s. The dams are multifunctional dams that were built primarily for flood protection and drinking water supply; they also serve to generate electricity, to raise low water levels and for tourist recreation. After dam construction has not been fostered in Germany since the 1980s for primarily ecological reasons, it is discussed again in the light of the energy transition and in adaptation to the effects of climate change with increasing extreme events of drought and flooding. In the W-Harz, the construction and modification of dams and pumped-storage plants is being considered, which must combine distinct interests and planning horizons of different actors. A look into the past shows that the Harz Mountains have been transformed for energy supply since about 2000 years and systematically in the 16th century when the world’s largest energy supply system for mining was created here, the Upper Harz Water Management System, which is part of the UNESCO World Heritage in the Harz. The study aims to show how energy demands have changed the mountain landscape over time and what can be learned from the past for future action.

ID: 3.9972

Scaling-up diffusion of e-cooking solutions for businesses in mountain regions: A crucial component of Nepal’s energy transition

Sophia Schneider
Ortiz, Willington; Gautam, Biraj; Shrestha, Nabin

Abstract/Description

Energy transition can have different facets in mountain regions. In this regard, Nepal features a contradictory condition: On the one hand, significant investments have been made to expand both the country’s generation capacity and its transmission and distribution network. While there are still some challenges, Nepal is already experiencing a situation of electricity surplus. On the other hand, electricity consumption is not following this trend. On the contrary, fossil fuel import dependency is steadily increasing. For instance, LPG has become the dominant cooking fuel in urban areas. Increasing the uptake of electric cooking (e-Cooking) is one important component of the energy transition in the country. Yet, less than 1% of the population rely on electricity as their primary cooking fuel. While extensive research explores e-cooking adoption at the household level, little is known about its uptake among small and medium enterprises (SMEs).

This study aims to contribute knowledge on how to trigger the demand of e-cooking solutions for commercial purposes in rural mountain areas of Nepal. For this aim an action research setting is designed that address and involve owners of tea shops, restaurants and hotels along the mid-hill (Pushpalal) highway in Badigad and Nishikhola Rural Municipalities. The research comprises three main phases. 1) A baseline assessment aims at: a) characterizing the type of potential users and their cooking practices and b) assessing the availability of commercial devices that can properly meet their cooking needs. 2) A cooking demonstration campaign is designed in order to inform and train potential users about the use of e-cooking solutions that can meet their needs. Moreover, participants’ willingness to engage in a testing phase will be assessed. 3) During the testing phase, suitable e-cooking solutions will be installed at the business of the users that feature the highest willingness to engage. Data on their regular use will be recorded for 2 to 3 months. The data will allow the evaluation of the practicality, efficiency, impacts and user acceptance of the tested e-cooking solutions.

The findings will provide critical insights for scaling up e-cooking solutions and contributing to Nepal’s clean energy transition.

ID: 3.11287

Analysing the impact of switching to electric heating using an Urban Building Energy Model: the case of Escaldes-Engordany in the Principality of Andorra

Patricia Borges
Travesset-Baro, Oriol; Pages-Ramon, Anna

Abstract/Description

Electrification plays a key role in the energy transition, mainly due to its significant potential to reduce greenhouse gas emissions and decarbonise energy supply chains. However, electrification poses significant challenges, such as the expansion of power grids capacity and flexibility to accommodate the growing demand. The transition towards greater electrification will also require a corresponding increase in renewable energy generation to meet growing demand. However, the inherent variability of renewable energy sources, due to their dependence on climatic conditions and, in the case of solar power, the time of day, may pose a challenge to maintain a constant and balanced energy supply. This will require not only the modernisation of electricity grids, but also the implementation of appropriate energy storage systems to manage fluctuations in both supply and demand. In this sense, it is essential to understand the patterns of energy demand, especially in terms of seasonality, and to estimate the impact of potential shifts to electricity.

This contribution analyses the impact on the demand load curve of a complete shift of the residential sector to electric heating in Escaldes-Engordany (Principality of Andorra), located in the Pyrenees. For this purpose, an Urban Building Energy Model (UBEM) has been used to characterise the energy demand of the residential building stock. It quantifies the hourly heating demand and allows the identification of the heating demand peaks, which are compared with the current electricity demand and grid capacity. In addition to quantify the benefits in terms of emissions reductions, the results of this study show the capacity of the current grid to accommodate the growing demand for electric heating, one of the main energy uses in mountain areas. Furthermore, the study highlights the role of the technological choice of electric heating systems in ensuring an environmentally effective electrification of heating demand.

ID: 3.11948

Not so sustainable after all: Understanding hydropower-based energy transition in the Himalayan headwaters as a flawed development rationale

Rinchu Doma Dukpa

Abstract/Description

A massive proliferation of large dams for hydropower development is underway across the Himalayan regions of India. Promoted by the Government of India (GoI) as a panacea for India’s economic development amidst decades long anti-dam contestations, hydropower development has now found a new thrust as key strategy to India’s transition towards renewables, exacerbating large hydropower dams especially in the mountainous Northeastern states of India. Unlike the multi-purpose dams across India, large dams in the Himalayan headwaters are developed as single purpose, cascade Run-of-River (RoR) dams exclusively for hydropower or electricity generation that are evacuated from hydropower generating mountain states to power-deficit states of India. While “power for all” initiative of the GoI for securing energy security of India is essential and also complement “access to affordable, reliable, sustainable and modern energy for all” — one of the seventeen globally adopted Sustainable Development Goals, the development of gigantic water infrastructure that sprawls across both water and land has affected human and non-human environment not only where such infrastructure is constructed but all along the river’s course. Noting that the pros and cons of water-infrastructure development in the mountain regions, including its efficiency and sustainability in delivering water-based energy transition and security, remain contested and open to debate, the paper discusses large hydropower dam development on River Teesta in Sikkim, and its impact on the local communities. The main argument of the paper is that large dams promoted as necessary development interventions for achieving long-term energy security for urban regions, energy transition for India, and as key to achieving SDGs to usher in holistic economic development of the country are discernibly inequitable, unjust and non-inclusive. This raises questions about the equity, justice and sustainability of such infrastructural development projects, exposing its misalignment with the very principle of sustainable development and even clashes between SDGs.

ID: 3.12200

Addressing uncertainties in ecosystem services impacts of solar energy systems under future changes

Franziska Walther
Schwaab, Jonas; Black, Benjamin; Grêt-Regamey, Adrienne

Abstract/Description

Global efforts to mitigate climate change rely on a transition towards renewable energy systems. Mountain regions, with their high potential for solar energy production, are increasingly being targeted for the installation of solar energy systems, such as ground-mounted photovoltaics. However, the siting of these systems in mountain areas can impact ecosystem services, such as habitat quality and recreation potential. These impacts are further influenced by climate and land use changes, as well as changes in people’s worldviews, beliefs and values, which come along with large uncertainties. Therefore, it is essential to assess uncertainties and their effects on the ecosystem services impacts of solar energy systems, ultimately informing the selection of suitable sites that are robust to future changes. We present a spatially explicit, expert-based Bayesian network that quantifies uncertainties in assessing ecosystem services impacts of solar energy systems under future changes. The model integrates data from scientific literature, expert knowledge, and future change scenarios, including exploratory and normative scenarios, to identify suitable locations for solar energy systems in Switzerland, which are robust to future changes. Expert knowledge is collected through an online questionnaire, engaging representatives from academia, private sector and public institutions, with a particular focus on the Alpine region. This study provides insights that can support planners in selecting suitable locations for solar energy systems while considering ecosystem services impact under uncertainty.

ID: 3.13327

How much wilderness is left? Need for non-go-to policy in renewable energy infrastructures in mountainous areas of high ecological integrity.

Vassiliki Kati

Abstract/Description

Preserving ecosystems of high ecological integrity is a crucial target in the Kunming- Montreal Global Biodiversity Framework, also serving the 10 % target of strict land protection in the European Union. In 2022, the Greek government initiated the first European roadless policy, banning so far road construction and land conversion to artificial land (land take) in nine roadless mountains to protect biodiversity and landscapes from fragmentation. Although Europe is the most road-fragmented continent, it still holds wilderness areas that should be strictly protected. The roadless land in Greece (6.1 percent) includes 298 roadless areas from 10 to 382 km2, being resilient to fires and satisfying wilderness criteria. However, the expansion of Renewable Energy Sources threatens almost half of the roadless land in Greece, particularly wind power stations (WPS) affecting one-third of roadless areas. Land take from wind power stations is 3.5 times higher in Greece than the global average; it increased with the number and size of wind turbines, the absence of other existing infrastructures and the elevational difference across new access roads. New wind power stations in Greece are planned to be installed at higher elevations and in terrains facing higher risks for soil erosion and soil biodiversity. The general tendency in the European Union is to sit fewer wind power stations in mountainous and forested land. Still, this pattern is inversed in several countries, particularly in Southern Europe. After screening 29 policy and legal documents, we found that land take is indirectly inferred in the global policy but more directly in the European policy through five non-legally binding documents and three Directives. The current European energy policies seem to conflict with nature conservation policies, risking land take acceleration and wilderness loss. The study provides policy insights for reducing land take when sitting wind turbines and for integrating wilderness into the European environmental policy, through extending roadless areas preservation. Preserving wilderness in European mountains is the most efficient and cost-effective proactive way to hamper biodiversity loss and ecosystem function degradation, in the frame of the Nature Restoration Regulation.