Proposal Papers for Policy Making and Governmental Action toward Low Carbon Society

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Year

Year

Topic

Topic

Title Issue Proposal No.

Changes of Industrial Structure towards Zero Carbon Society: Application of Extended Input-output Table.

March 2020

LCS-FY2019-PP-14

Population Analysis for Industrial Structure Study in Future Low Carbon Society.

March 2020

LCS-FY2019-PP-16

[Survey Rreport] Toward Future Low-Carbon Society using Scrap Iron Recycling: Use of recycled steel and CO2 emissions in venues of the 2020 Tokyo Games.

July 2021

LCS-FY2021-SR-01

Toward Future Low-Carbon Society using Scrap Iron Recycling (Vol. 2).

March 2019

LCS-FY2018-PP-18

Toward Future Low-Carbon Society using Scrap Iron Recycling.

March 2018

LCS-FY2017-PP-20

Evaluation on Regional Consumption Structure and Direct and Indirect Carbon Dioxide Emission of Household Sector

June 2021

LCS-FY2020-PP-12

An Empirical Study of Regional Carbon Emission Reduction Potentials by a Smart Integration of Buildings and Mobility Energy Systems.

March 2020

LCS-FY2019-PP-19

An Assessment of the Economic and Carbon Emission Reduction Effects of the Distributed Energy Systems Including New Energy Conversion/Storage Technologies and Unutilized Heat Sources.

March 2020

LCS-FY2019-PP-18

A Study on the Urban Distributed Energy System Design Including New Energy Conversion and Storage Systems, Unused Heat Sources, and Net Zero Energy Building Technologies.

January 2018

LCS-FY2017-PP-18

Impact of Progress of Information Society on Energy Consumption (Vol. 3): Current Status and Future Forecast of Network-Related Energy Consumption and Technical Issues

February 2021
NEW!

LCS-FY2020-PP-04

Impact of Progress of Information Society on Energy Consumption (Vol. 2): Current Status and Future Forecast of Data Center Energy Consumption and Technical Issues

February 2021
NEW!

LCS-FY2020-PP-03

Impact of Progress of Information Society on Energy Consumption (Vol. 1): Current Status and Future Prospects for Power Consumption of IT Equipment.

March 2019

LCS-FY2018-PP-15

A Study on the Tele-communication Traffic Trends and the Impacts of Teleworking under Covid-19 State of Emergency

March 2021
NEW!

LCS-FY2020-PP-09

Developments of Dynamic Energy-Economics Model towards Low Carbon Society of Japan.

March 2019

LCS-FY2018-PP-21

Study on Modeling for Medium-to Long-term CO2 Emissions Forecasting in the Residential Sector.

March 2018

LCS-FY2017-PP-19

Aspects of Decarbonized Society from a Forecast of Energy Demand in Japan (Vol. 2).

March 2017

LCS-FY2016-PP-12

Aspects of Decarbonized Society from a Forecast of Energy Demand in Japan.

March 2016

LCS-FY2015-PP-16

Potential and Economic Outcomes of Deploying Currently Available Low Carbon Technologies .

March 2015

LCS-FY2014-PP-14

Economic and Technological Evaluation for Zero Carbon Electric Power System Considering System Stability (Vol. 1): Technological Development Issues for Reliable and Affordable Zero Carbon Power Supply.

March 2020

LCS-FY2019-PP-21

Economic Evaluation for Low Carbon Electric Power System Considering System Stability (Vol. 3): Technological Development Issues of Low Carbon Electric Power Systems in 2050.

March 2019

LCS-FY2018-PP-19

Economic Evaluation for Low Carbon Electric Power System Considering System Stability (Vol. 2): Technological Development Issues toward Zero-Emissions Electric Power Systems.

March 2018

LCS-FY2017-PP-14

Economic Evaluation for Low Carbon Electric Power System Considering System Stability: Technological Issues of Electric Power System toward 80% CO2 Reduction by 2050 in Japan.

March 2017

LCS-FY2016-PP-10

The Distribution of Principal Renewable Energy Potentials by Prefecture and the Reduction of Power Plant Construction Costs.

January 2018

LCS-FY2017-PP-06

Study on Risk Analysis of Photovoltaic Systems and Design of a Novel Institutional Policy for Promotion of Renewable Energy Using Real Options Approach.

March 2017

LCS-FY2016-PP-13

Prediction of Popularization of Fuel Cells Considering Limited Rationality of Consumers.

March 2017

LCS-FY2016-PP-14

A Review of PV Output Suppression in Japan under Modified Feed-in Tariff Scheme.

March 2017

LCS-FY2016-PP-18

Evaluation of the PV Project with Consideration of Output Suppression.

March 2016

LCS-FY2015-PP-12

Potential Regional PV System Installation with Consideration of Technology Development.

March 2015

LCS-FY2014-PP-13

PV Power Systems (Vol. 6): A Future Vision of the PV Power System Industry as a Major Power Source for 2050.

March 2020

LCS-FY2019-PP-17

PV power systems (Vol. 5): Cost Estimates for Crystal Silicon Solar Cells and Perovskite Solar Cells Using Quantitative Technology Scenarios.

March 2019

LCS-FY2018-PP-16

PV power systems (Vol. 4): PV Manufacturing Cost Reduction Factor Analysis Using Quantitative Technology Scenarios.

March 2017

LCS-FY2016-PP-01

PV power systems (Vol. 3): Cost Estimates for High Efficiency Compound Solar Cells Using Quantitative Technology Scenarios.

March 2016

LCS-FY2015-PP-01

PV power systems (Vol. 2): Cost Estimates for High Efficiency Si-based Tandem Solar Cells Using Quantitative Technology Scenarios.

March 2015

LCS-FY2014-PP-03

Strategy for Hole-Transport-Material-Free Perovskite Solar Cells Using Carbon-Based Electrodes (Vol. 2).

March 2020

LCS-FY2019-PP-15

Strategy for Hole-transport-material-free Perovskite Solar Cells Using Carbon-based Electrodes.

August 2018

LCS-FY2018-PP-01

PV Power systems: Quantitative Technology Scenarios, and Science and Technology Roadmap based on Elemental Technology Structure.

All Pages (Japanese Text Only) (886 KB)

March 2014

LCS-FY2013-PP-02

Wind Power Generation Systems (Vol. 2): Economic Evaluation for Future Wind Power Generation Systems Which Are Adapted to Japan Considering Large Scale Installation and Related Technological Development Issues.

March 2020

LCS-FY2019-PP-20

Wind Power Generation Systems (Vol. 1): Economic Evaluation for Onshore Wind Power Generation Systems.

January 2018

LCS-FY2017-PP-01

Potential Capacity and Cost of Pumped-Storage Powerin Japan (Vol. 3)

February 2021
NEW!

LCS-FY2020-PP-01

Potential Capacity and Cost of Pumped-Storage Power in Japan (Vol. 2).

February 2020

LCS-FY2019-PP-03

Potential Capacity and Cost of Pumped-Storage Power in Japan.

January 2019

LCS-FY2018-PP-08

Small/medium-scale Hydroelectric Generation (Vol. 2): Relationships among Possible Generation Energy, Cost of Power Generation and Energy Availability Factor.

March 2015

LCS-FY2014-PP-06

Small/medium-scale Hydroelectric Generations: Quantitative Technology Scenarios, and Science and Technology Roadmap based on Elemental Technology Structure (First Step).

All Pages (Japanese Text Only) (1.31 MB)

March 2014

LCS-FY2013-PP-06

Geothermal Power (Vol. 5): Proposal on Reduction of Induced Earthquakes by Hydraulic Fracturing.

December 2018

LCS-FY2018-PP-04

Geothermal Power (Vol. 4): Influence of Underground Structure on Induced Earthquakes by Hydraulic Fracturing for Hot Dry Rock System.

January 2018

LCS-FY2017-PP-05

Geothermal Power (Vol. 3): Energy of Hydraulic Fracturing for Hot Dry Rock System and Potential Power.

March 2017

LCS-FY2016-PP-04

Geothermal Power (Vol. 2): Electricity Cost Estimation of Hot Dry Rock System.

March 2016

LCS-FY2015-PP-05

Geothermal Power (Vol. 1): Design and Estimation to increase Generation Power.

March 2015

LCS-FY2014-PP-07

Secondary Battery System (Vol. 9): Cost Evaluation of a Lithium-ion Battery Using Next-Generation Electrode Active Material

March 2021
NEW!

LCS-FY2020-PP-08

Secondary Battery System (Vol. 8): Cost Evaluation and Technological Challenges of an All-solid-state Lithium-ion Battery.

March 2020

LCS-FY2019-PP-12

Secondary Battery System (Vol. 7): Evaluation of the Economics of Power Storage Systems; Efficiency, Costs and Future Challenges.

January 2020

LCS-FY2019-PP-01

Secondary Battery System (Vol. 6): Possibility of Energy Density Increase and Technological Challenges of a Lithium-ion Battery.

February 2019

LCS-FY2018-PP-06

Secondary Battery System (Vol. 5): Cost Evaluation and Technological Challenges of a Lithium Sulfur Battery.

January 2018

LCS-FY2017-PP-02

Secondary Battery System (Vol. 4): Structure Analysis and Cost Evaluation of a Redox Flow Battery System.

March 2017

LCS-FY2016-PP-02

Secondary Battery System (Vol. 3): Cost Evaluation and Technological Challenges of a Lithium-air Battery.

March 2016

LCS-FY2015-PP-02

Secondary battery system (Vol. 2): Cost Estimation and Future Perspective of High-capacity Active Materials for Lithium-ion Battery.

March 2015

LCS-FY2014-PP-04

Technical Challenges and Forecasts on Safety Assessment of Large-Scale Energy Storage Systems for Its Social Implementation

March 2021
NEW!

LCS-FY2020-PP-07

Sulfur/Carbon Composite Electrodes for Lithium-Sulfur Batteries.

January 2018

LCS-FY2017-PP-04

[Survey Report] Investigation of Degradation Behavior of Lithium-Ion Battery.

March 2020

LCS-FY2019-SR-01

Secondary Battery Systems: Quantitative Technology Scenarios, and Science and Technology Roadmap based on Elemental Technology Structure.

All Pages (Japanese Text Only) (669 KB)

March 2014

LCS-FY2013-PP-03

SOFC Systems (Vol. 8): Evaluations of Energy Conversion and Utilization Technologies for Hydrogen Economy

February 2021
NEW!

LCS-FY2020-PP-02

SOFC Systems (Vol. 7): Technology and Cost Assessments of High-Temperature Steam Electrolysis.

February 2020

LCS-FY2019-PP-08

SOFC Systems (Vol. 6): Comprehensive Evaluation of Cell Designs and New-type Fuel Cells.

January 2019

LCS-FY2018-PP-05

New Role of Fuel Cells (SOFC and PEFC) for Hydrogen Production Technology: SOFC Systems (Vol. 5).

January 2018

LCS-FY2017-PP-03

SOFC Systems (Vol. 4): Application of SOFCs to Steam Electrolysis and Technological Challenges.

March 2017

LCS-FY2016-PP-03

SOFC Systems (Vol. 3): Role of SOFC Systems in Future Electricity Mix of Japan and Their Technological Challenges.

March 2016

LCS-FY2015-PP-03

SOFC Systems (Vol. 2): Cost Analysis of Medium and Large SOFC Systems and Their Technological Challenges.

March 2015

LCS-FY2014-PP-05

Carbon-Based Catalysts for Fuel Cells Application.

March 2016

LCS-FY2015-PP-04

SOFC Systems: Quantitative Technology Scenarios, and Science and Technology Roadmap based on Elemental Technology Structure.

All Pages (Japanese Text Only) (2.28 MB)

March 2014

LCS-FY2013-PP-04

Proposal of Control Method for Compensating Communication Delay in Load Frequency Control Using Electric Vehicles.

All Pages (Japanese Text Only)(2.72MB)

July 2021

LCS-FY2020-PP-14

An Analysis on Utilizing SOFC to Provide Reserve Capability for Power Systems.

March 2020

LCS-FY2019-PP-11

Research on Introduction of Storage Facilities for Improving Operation of Local Power Companies.

March 2018

LCS-FY2017-PP-17

A Study on Operation Planning Models of Power Generation System Taking into Consideration the Uncertainty in Renewable Power Generation: A Case Study on a Cost Reduction Measure by Introducing Battery Storage Systems.

March 2017

LCS-FY2016-PP-15

Analyses on Transient Stabilities in Decarbonizing Power Systems with Large-scale Integration of Renewable Power Sources: A Case Study in Kyushu Region.

March 2017

LCS-FY2016-PP-16

Economical Evaluation of Energy Trading in a Collectively Receiving Apartment Complex in Which a Fuel Cell is Installed.

March 2016

LCS-FY2015-PP-10

Provision of Supply and Demand Control System in Power Systems Integrating Large-scale Renewable Energy.

March 2016

LCS-FY2015-PP-17

Study on a Novel Economic Load Dispatch Control of Power Systems in Kyushu Region Taking Massive Installation of Solar Power Generation and Transient Stability into Consideration.

March 2016

LCS-FY2015-PP-18

Design and Evaluation of Frequency Regulation Market Using Conventional Power Plants and Electric Vehicles.

March 2016

LCS-FY2015-PP-19

Technological Issues and Future Prospects of GaN and Related Semiconductor Devices (Vol. 4): Manufacturing Cost of GaN Power Device.

February 2020

LCS-FY2019-PP-05

Technological Issues and Future Prospects of GaN and Related Semiconductor Devices (Vol. 3): Market Size and Energy Saving Effect.

February 2019

LCS-FY2018-PP-14

Technological Issues and Future Prospects of GaN and Related Semiconductor Devices (Vol. 2): Manufacturing Costs of GaN Crystals and Substrates.

February 2018

LCS-FY2017-PP-11

Technological Issues and Future Prospects of GaN and Related Semiconductor Devices.

March 2017

LCS-FY2016-PP-08

Survey of Technological Issues in Device Fabrications Processes for Gallium Oxide as a Next-Generation Widegap Semiconductor (Vol. 2): Clarification of Energy Band Diagram of Single-Crystalline Gallium Oxides

March 2021
NEW!

LCS-FY2020-PP-11

Survey of Technological Issues in Device Fabrications Processes for Gallium Oxide as a Next-Generation Widegap Semiconductor.

February 2020

LCS-FY2019-PP-09

Issues Regarding the Technological Development of Gallium Oxide as a New Wide Bandgap Semiconductor for Electron Devices Applications.

January 2019

LCS-FY2018-PP-07

Turbine System driven by Direct Combustion of Rich Ammonia (Vol. 2).

January 2020

LCS-FY2019-PP-02

Turbine System Driven by Direct Combustion of Rich Ammonia.

December 2018

LCS-FY2018-PP-03

Economy of Hydrogen and Ammonia by Coal Gasification and CO2 Emissions: Study on Production and Logistics of Hydrogen and Ammonia by Coal Gasification with CCS.

February 2019

LCS-FY2018-PP-13

Proposal of New NH3 Process for Small-scale Carbon-free NH3 Production Technology.

February 2019

LCS-FY2018-PP-12

Economy and CO2 Emission of Carbon Free Hydrogen(Vol. 2).

February 2018

LCS-FY2017-PP-10

Economy and CO2 Emission of Carbon Free Hydrogen (Vol. 1).

February 2017

LCS-FY2016-PP-07

Cost Evaluation of Direct Air Capture (DAC) Process (Vol. 2): Adsorption Method

March 2021
NEW!

LCS-FY2020-PP-06

Cost Evaluation of Direct Air Capture (DAC) Process of Carbon Dioxide.

February 2020

LCS-FY2019-PP-07

Survey on the Carbon Capture and Storage process (Vol. 2): The CO2 Capture Cost by the Membrane Separation and the CCS Cost of the Storage and the Injection.

March 2017

LCS-FY2016-PP-06

Survey on the Carbon Capture and Storage process: Comparison of the chemical absorption process with the physical absorption process for CO2 capture.

March 2016

LCS-FY2015-PP-08

Methane Production from Biomass Wastes by Anaerobic Fermentation (Vol. 5): Feasibility Study of Biological Hydrogen Methanation Process

February 2021
NEW!

LCS-FY2020-PP-05

Methane Production from Biomass Wastes by Anaerobic Fermentation (Vol. 4): Rationalization of Multi-Stage Fermentation and High Temperature Fermentation & Examination of Hydrogen Fermentation.

March 2020

LCS-FY2019-PP-10

Methane Production from Biomass Wastes by Anaerobic Fermentation (Vol. 3): Process Design Rationalization based on Chemical Reaction Analysis.

March 2016

LCS-FY2015-PP-07

Methane Production from Biomass Wastes by Anaerobic Fermentation (Vol. 2): Reaction Engineering Approach towards the Rational Design.

March 2015

LCS-FY2014-PP-08

Methane Production from Biomass Wastes by Anaerobic Fermentation (First step).

All Pages (Japanese Text Only) (638 KB)

March 2014

LCS-FY2013-PP-05

Fuel Oil from Algal Biomass: Evaluation on CO2 Emission and Economy.

March 2020

LCS-FY2019-PP-13

Production of Methanol and Liquid Fuels from Gasification of Biomass or Captured CO2.

January 2018

LCS-FY2017-PP-09

Regional Distribution of Energy Potential of Woody Biomass (Vol. 3): Reduction of Total Production Cost of Woody Biomass.

February 2020

LCS-FY2019-PP-06

Regional Distribution of Energy Potential of Wood Biomass (Vol. 2): Cost of Cutting in Artificial Forests Distributed Heterogeneously.

February 2019

LCS-FY2018-PP-11

Consideration and Distribution of Energy Potential of Wood Biomass in Japan.

January 2018

LCS-FY2017-PP-07

Study on the Effects of Measures to Reduce Timber Production and Distribution Costs Based on a Timber Production and Distribution Flow Model

June 2021

LCS-FY2020-PP-13

Utilization of Containerized Seedlings for the Cost Reduction of Afforestation.

January 2019

LCS-FY2018-PP-09

Proposal for Obtaining Sustainable Forest Production.

January 2018

LCS-FY2017-PP-08

Cost Reduction of Woody Biomass Fuels (Vol. 2): Total Production Cost and Cost Reduction Scenario of Woody Biomass in Japan.

March 2017

LCS-FY2016-PP-05

Cost Reduction of Woody Biomass Fuels: Cost Reduction Effect by Mechanization of Wood Production.

March 2016

LCS-FY2015-PP-06

Establishing Low Carbon Society in Rural Districts with the Activation of Forestry: Manufacturing Cost Structure of Woody Chips and Wood Pellets.

March 2015

LCS-FY2014-PP-09

Proposal of analytical method by Platform of Low Carbon Technologies for Process Design and Evaluation of Manufacturing Cost and CO2 Emissions: Deployment to Design Type Tools.

February 2019

LCS-FY2018-PP-10

Platform of Low Carbon Technologies for Process Design and Evaluation of Manufacturing Cost and CO2 Emissions (Vol. 4).

January 2018

LCS-FY2017-PP-12

Platform of Low Carbon Technologies for Process Design and Evaluation of Manufacturing Cost and CO2 Emissions (Vol. 3).

March 2017

LCS-FY2016-PP-09

Platform of Low Carbon Technologies for Process Design and Evaluation of Manufacturing Cost and CO2 Emissions (Vol. 2).

March 2015

LCS-FY2014-PP-10

Platform of Low Carbon Technologies for Process Design and Evaluation of Manufacturing Cost and CO2 Emissions.

All Pages (Japanese Text Only) (544 KB)

March 2014

LCS-FY2013-PP-07

Development of Data on Energy Consumption and CO2 Emissions by Sector for Energy and Environmental Analysis.

March 2018

LCS-FY2017-PP-16

Guide for Process Design, Cost and CO2 Emission Estimation with Relevant Database: Structuring Knowledge Base on Equipment, Material and Cost Information.

March 2015

LCS-FY2014-PP-11

Innovative Energy Technology Research & Development and ARPA-E.

February 2020

LCS-FY2019-PP-04

Global Water Supply-Demand Assessment.

December 2018

LCS-FY2018-PP-02

How Consumers Can Procure Renewable Electricity in Japanese Market: Alignment with GHG Protocol and Proposal for National Tracking System.

March 2018

LCS-FY2017-PP-15

Value Chain Assessment of Technology for Climate Change Mitigation and Integrated Contribution Approach (Vol.2): PV Power Systems, CO2 Emissions and Energy Consumption.

February 2018

LCS-FY2017-PP-22

Value Chain Assessment of Technology for Climate Change Mitigation and Integrated Contribution Approach: PV power systems.

March 2017

LCS-FY2016-PP-21

Development of an Indicator to Evaluate Social Welfare Moving toward Sustainable Society.

March 2016

LCS-FY2015-PP-14

Evaluation of Power Generation and CO2 Emissions Reduction Potential by PV Application in Developing Countries Considered in the Integrated Contribution Approach for Climate Change Mitigation.

March 2015

LCS-FY2014-PP-15

Concept of Technology-based Integrated Contribution Approach and Technology Cooperation Scheme to Other Countries against Climate Change.

All Pages (Japanese Text Only) (3.08 MB)

April 2014

LCS-FY2014-PP-02

Promoting Oversea Transfer of Technology for Climate Change Mitigation.

All Pages (Japanese Text Only) (980 KB)

November 2013

LCS-FY2013-PP-01

Proposal for Implementing Pay-As-You-Save Scheme for Energy Efficiency Improvement in Residential and SMEs.

March 2017

LCS-FY2016-PP-11

Implementation of Pay-as-you-save (PAYS) type Scheme for Energy Efficiency Improvement in Japanese Residential and Commercial Sector: Current Status of Social Experiments and Similar Scheme Inside & Outside Japan.

March 2016

LCS-FY2015-PP-15

Policy Designs for Bringing about Substantial Energy Savings in the Household Sector in Japan: Developing "Green Deal"-Type Payment Schemes and Nega-watt Markets through Activities of the Green Power Moderator.

All Pages (Japanese Text Only) (2.37 MB)

February 2014

LCS-FY2013-PP-08

Policy Recommendation toward Low Carbon Society on Promotion of Energy Saving in Household Sector(Vol. 3).

March 2017

LCS-FY2016-PP-17

Policy Recommendation toward Low Carbon Society on Promotion of Energy Saving in Household Sector (Vol. 2).

March 2016

LCS-FY2015-PP-11

Policy Recommendation toward Low Carbon Society on Promotion of Energy Saving in Household Sector.

All Pages (Japanese Text Only) (1.04 MB)

March 2014

LCS-FY2013-PP-09

Factors Affecting CO2 Emissions from Passenger Cars

March 2021
NEW!

LCS-FY2020-PP-10

Evaluating CO2 Emissions Embodied in Consumption Activities in Tokyo.

March 2019

LCS-FY2018-PP-20

Possibility of Achieving Both Energy Saving and Good Health by Lifestyle Shift (Vol.2).

January 2018

LCS-FY2017-PP-21

Possibility of Achieving Both Energy Saving and Good Health by Lifestyle Shift.

March 2017

LCS-FY2016-PP-19

Assessment of Thermal Sensation by Brain Activity Measurement for Implementation of Energy-saving Air Conditioning.

March 2016

LCS-FY2015-PP-13

Synthetic Materials Design: Fusion of 1D CAE and Data-utilized Materials Research.

February 2018

LCS-FY2017-PP-13

Materials Research with Data-Utilization toward Implementation of Low-Carbon Society (Vol. 2).

March 2016

LCS-FY2015-PP-09

Materials Research with Data-Utilization toward Implementation of Low-Carbon Society.

March 2015

LCS-FY2014-PP-12

Change of Power Consumption after the Great East Japan Earthquake.

All Pages (Japanese Text Only) (639 KB)

April 2014

LCS-FY2014-PP-01

Scenarios for 2050 with Low Carbon Attributes Utilizing Scenario Planning Method.

March 2017

LCS-FY2016-PP-20

Realization of Carbon minus Society in the Tokyo 2020 Games by "Platform where various people can participate".

March 2019

LCS-FY2018-PP-17

Challenges and Perspectives toward the Realization of Dynamic and Affluent Low Carbon Society in 2050.

All Pages (Japanese Text Only) (4.92 MB)

December 2016

LCS-FY2016-PP-00

Towards the Realization of Dynamic and Affluent Low Carbon Society.

All Pages (Japanese Text Only) (2.42 MB)

June 2014

LCS-FY2014-PP-00

Comprehensive Strategies and Scenarios for the Realization of a Low Carbon Society.

All Pages (Japanese Text Only) (8.64 MB)

July 2012

LCS-FY2012-PP-00