Please note that JavaScript and style sheet are used in this website,
Due to unadaptability of the style sheet with the browser used in your computer, pages may not look as original.
Even in such a case, however, the contents can be used safely.
- NEC's R&D
- R & D Domains
- Cloud Research
- Green Innovation Research
- Lithium-Ion Rechargeable Battery
- Organic Radical Battery
- Thermoelectric Devices
- Highly Functional Bioplastics
- Quantum IT
- Carbon Nanotubes
- Distributed Energy Management
- PRSD Management
- Wireless Networks
- Wireless Network Circuit
- Optical Networks
- System Accelerator
- Synthesis Technology for flexible hardware
- Jisso Platform Technologies
- High-Precision Vibration Sensor Solution
- Silicon Photonics
- Non Valtic Logic
- Global R & D
- Press Release
- Innovative Engine
- Awards
- Access
Distributed Energy Management
After the earthquake of March 11, 2011 in Japan, there have been many arguments on what is the most ideal next generation energy system. Compared to the conventional energy sources, the role of unstable renewable energy (RE), such as photovoltaic and wind, will be more important. To stabilize these REs, it is essential to take advantage of energy storage (ES). Moreover, energy management systems (EMSs) that control a variety of facilities and areas will be required. We have been developing demand response (DR) management technology as a core technology of EMSs because DR can contribute to stabilizing REs. In particular, we are focusing on control of stationary batteries as well as electric vehicles due to their larger energy capacity and potential for wide-spread use.
