Innovation in Low Temperature Geothermal Power
The post-Fukushima shutdown of Japan’s nuclear reactors and subsequent demand for energy self-sufficiency due to costly fuel imports, coupled with the Japanese government’s ambitious emissions reduction targets for 2020, have stimulated growth in new renewable energy sources in the country.
Currently, renewable power accounts for approximately 15% of total electricity generation in Japan, while hydro and solar power occupy a combined 12% share, aided by attractive government subsidies for these technologies.
Although the government has been proactive in recent initiatives to identify and promote potential areas for exploration and development of geothermal power, there has not been any significant development of the technology in the country in the last decade.
In fact, a new whitepaper by Frost & Sullivan underlines that geothermal power contributes a meagre 0.3% to total electricity generation, despite the country possessing the third largest geothermal resource in the world, representing a power generation potential of 23 GW.
While development of the technology at medium and high temperatures is characterised by stagnation, increased investment and technological innovation targeting low-temperature geothermal power (<120?C), historically used primarily for heating purposes, are expected to significantly increase the addressable market potential for geothermal power.
Commenting on this new growth market, Ross Bruton, Programme Manager & Principal for Smart Energy Systems at Frost & Sullivan, emphasised that harnessing the potential offered by low-temperature geothermal power will help achieve Japan's power security and emission reduction goals.
The advent of technological innovations is significantly increasing system performance and cost efficiencies at low temperatures, set to boost uptake levels. Mr Bruton commented: "Additional drivers include multi-application benefits for hot spring (onsen) owners, attractive feed-in-tariffs and grant financing offered by government, relaxation of development restrictions in national parks, and a lack of environmental assessment requirements for small scale geothermal power."
"These drivers, combined with improved cooperation at the community level, is expected to set up low-temperature geothermal power as a potential game-changer in the exploitation of the country's geothermal potential, and marks a contributory step towards the establishment of a stable, low-emission power industry in Japan," he added.
Japan's domestic energy crisis is opening up interesting opportunities for foreign companies to contribute to the national geothermal portfolio. However, companies will need to compete against well-established alternative technologies, such as solar photovoltaic, to gain a foothold in the market.
Utham Ganesh, Research Analyst at Frost & Sullivan, points out that "building strong local and community relations represents a key success criterion for project development, due to the strong cultural values attached to hot springs in the country and the resistance shown for fear of environmental impact."
For further insights into the potential of low-temperature geothermal energy in Japan, read the full whitepaper "Japan Onsen Power – New Horizons for Clean Power Generation from Low-Temperature Geothermal Energy" online and download your complimentary copy here.
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SOURCE Frost & Sullivan