Energy policy is the manner in which a given entity has decided to address issues of energy development, including energy production, distribution, and consumption (wikipedia). Related with energy policy, we provided service to accompany government or stakeholders to develop, evaluate, and conduct research about energy policy.

In energy technology assessment, our works generally consist of development and assessment of technology related with energy resources. Our researches related with energy technology assessment are:
1. Solar thermal;

1. Development of solar dryer technology with range of kind and capacity;
2. Development of clean water maker with solar energy;
3. Technology integration of solar thermal in small size unit to increase added-value (primary, secondary, and tertiary) and also its supporting facilities;
4. Implementation of ERK dryer hybrid (solar and biomass) for food and agriculture commodities.

2. Geothermal;

1. Assessment and characterization of reservoir and geothermal resources from exploration work, well exploration, and well delineation data;
2. Assessment of tracer test usage to give certainty of geothermal production sustainability;
3. Assessment of fluid quality (acid/base) handling pattern to meet geothermal electricity generation qualification

3. Wind Energy

1. Inventorying, processing, and evaluating wind energy data in potential location;
2. Creation of national and regional wind energy potential map based on measurement data and other supporting data;
3. Feasibility study and assessment for SKEA utilization in several location

4. PV-Solar

1. Research and development of thin layer solar cell structure a-S1/micro-crystal Si, CIGS, and CdTe;
2. Study of base material for other thin layer solar cell, especially gas/metal feedstock, TCO, and glass;
3. Study of efficiency improvement of organic and dye solar cell structure;
4. Study of dye component development;
5. Development of battery, inverter, and electronic control technology;
6. Techno-economic assessment for utilization of large scale solar power generation, operated stand alone, grid-connected, or hybrid;

5. Biomass and Biogas

1. Development of biogas power generation technology;
2. Development of biogas cleaning technology and active material for electricity generator fuel;
3. Development of electrochemical reduction technology of carbon dioxide (CO2) into methane (CH4) or methanol (CH3OH) or ethylene (C2H4);
4. Development of Organic Rankine Cycle for electricity generation from biomass in isolated area;
5. Development of biomass gasification for synthetic gas production.

6. Ocean energy

1. Development of Energy Conversion System of Ocean Tide;
2. OTEC study for electricity generation and clean water processing;
3. Research and development of energy conservation system of ocean wave.

7. Coal

1. Effect of coal characteristic in burner and gasification;
2. Design and construction of small-scale (7 MW) low quality coal fueled steam electricity generation component and system.

8. Power quality

1. Harmonize (active filtering system);
2. Control system method.

9. Power plant optimization

1. Calculation of electricity flow;
2. Generator scheduling

10. Power System Protection

1. Over/ Under voltage;
2. Over/ Under Current;
3. Over load

11. Turbine

1. Pump as turbine;
2. Turbine propeller

12. Power Distribution: Optimization of distribution system (single phase pr multi phase) and single line earth return
13. Insulation

1. Development of insulation material;
2. Insulation endurance testing

14. Development of micro-grid technology: integration of several conventional or renewable electricity generator system in single isolated system
15. Optimization of energy system operation: development of energy system operation method to reach optimal operating parameter
16. Energy modeling: operation phenomenon of several conventional or renewable energy system in a single operating system to improve stability, performance, and operation optimization
17. Sustainable energy development: development of sustainable energy system from several energy sources
18. Turbine and generator for low speed wind: development of turbine and generator architecture for wind utilization
19. Stability control of renewable energy: development of control system for renewable energy system (wind and photovoltaic)
20. Smart-grid: development of smart grid; for control system improvement and monitoring and for anticipating electricity free-market.

In energy conservation, our works consist of energy conservation mapping in thermal energy and electricity; development of energy efficient equipment standard; development of energy efficient technology and energy management in processing system, lighting system, and electricity equipment in industry; development of energy efficient technology and energy management in housing and transportation sector; development of micro-cogeneration technology in small/medium scale integrated industry; development of building shell technology, lighting system, and air conditioning system.

Related with energy management, we already conducted several energy audit works in commercial building, government building, and industry.