Increasing the efficiency of energy infrastructure in small and medium-sized cities
Известия высших учебных заведений Электромеханика,
Journal Year:
2024,
Volume and Issue:
67(4), P. 107 - 119
Published: Jan. 1, 2024
The
article
substantiates
the
use
of
modern
technologies
to
improve
efficiency
electric
power
generation.
methodology
system
approach,
methods
analysis
and
nonlinear
programming,
mathematical
model
mini-CHP
have
been
used.
In
conditions
gasification
Russian
regions
inclusion
small
capacity
cogenera-tion
plants
into
energy
infrastructure
medium-sized
cities
(SMSС)
is
substantiated,
among
which
gas
piston
technology
has
priority.
It
shown
that
mini-CHPs
determined
by
proximity
source
place
consumption
high
CHPs,
value
increases
more
than
twice
in
presence
demand
for
heat
supplied
CHPs.
proposes
technical
means
increase
economic
generation
at
cogeneration
plant
shows
feasibility
their
joint
work
efficiency,
reliability
environmental
friendliness
SMSC
in-frastructure.
creation
an
efficient
will
ensure
socio-economic
development
increasing
competitiveness
businesses
life.
results
study
confirm
validity
combin-ing
with
thermal
storage,
as
well
boilers
absorption
refrigera-tion
machines.
This
integrated
approach
can
be
applied
heating
schemes
municipalities.
Language: Английский
Innovative Technologies for Utility Power System
Elizaveta Iyanova,
No information about this author
Felix Byk
No information about this author
2022 International Conference on Industrial Engineering, Applications and Manufacturing (ICIEAM),
Journal Year:
2024,
Volume and Issue:
unknown, P. 208 - 212
Published: May 20, 2024
The
work
shows
that
the
basis
of
a
modern
housing
and
communal
services
complex
should
be
mini-combined
heat
power
plant
based
on
gas
piston
units.
It
is
especially
important
to
include
cogeneration
in
energy
infrastructure
small
medium-sized
cities,
where
separate
production
thermal
electric
dominates.
presence
source
supplies
more
affordable
electricity
will
create
for
introduction
innovative
technologies
into
complex.
interaction
units,
electrical
storage
devices,
absorption
refrigeration
machines,
pumps,
boilers,
photovoltaic
panels
allow
us
talk
about
flexibility
efficiency
supply
system.
Language: Английский