CO2 Emission Reduction at Dealers
Nissan
is
promoting
CO2
emission
management
at
all
dealerships
in
Japan,
aiming
to
reduce
CO2
emissions
by
1%
each
year
The
sales
outlets
are
continually
working
to
increase
energy
efficiency.
Many
have
adopted
high
efficiency
air
conditioning
and
LED
lighting.
During
renovation
work,
some
outlets
have
installed
insulation
films,
ceiling
fans,
lighting
systems
that
make
use
of
natural
daylight
and
insulated
roofs.
In
addition,
Nissan
sources
clean
energy
for
which
CO2
emissions
and
costs
have
been
taken
into
account
through
Japan’s
Power
Producers
&
Suppliers
(PPS)
system
and
began
supplying
energy
to
sales
outlets.
Environment-friendly outlets - Introduction of renewable energy
In Japan, Nissan is advancing with the establishment of low environmental impact dealerships. In May 2011, Chiba Nissan Motor Co., Ltd's Kita-Narashino dealership installed solar panels with a 10kw generation capacity when the dealer's structure was rebuilt, and soon began to use solar power generated by the panels. An in-store monitor for the management of generated electricity was also installed. The monitor shows how power is produced by the solar panels and how much power is being generated at any time. Favorably received by customers, the monitoring system is easy to understand. It also helps to raise employees' awareness about saving energy; electricity costs have been reduced by about 12% compared to the previous year.
The dealerships of Gunma Nissan Motor Co.,Ltd. such as Tatebayashi also installed solar panels.
Environment-friendly outlets - Lighting systems utilizing natural daylight
Gunma Nissan Motor Co., Ltd. is promoting installation of lighting systems utilizing natural daylight during the renovation work. The system, taking in daylight evenly with ten domed lightning lenses installed on a roof and diffusing it into rooms with prismatic reflection, enables no energy consumption for lighting on sunny days. Also, Gunma Nissan is developing eco-friendly dealer outlets by installing double insulated roofs to reduce energy consumption for air-conditioning.