Jasa pembuatan journal Scopus biaya Rp 6-8 jt
Jurnal yang pernah kami buat:
1.
Geothermal heating and cooling
2.
Modelling and monitoring of geothermal heating
and cooling systems
3.
Thermal systems; active solar systems; passive
solar systems;
4.
Heat transfer with nanofluids and porous media;
forecast of energy consumption
5.
Applied system innovation
6.
Solar thermal systems
7.
Entropy generation minimization
8.
Entropy, heat transfer in nanofluids and porous
media
9.
New insights in nano technology for heat
transfer
10.
Sustainable energy systems; circular economy;
lifecycle assessment;
11.
greenhouse gas inventory; industrial
ecology
12.
Lifecyle assessment (lca); energy science and
engineering; energy systems; social science and technology; innovation; resources
and environment development economics, etc.
13.
Accelerating the advances in electrochemistry
research
14.
Electrochemical engineering scale-up including
cell design engineering;
15.
device manufacturing (battery, supercapacitor)
16.
Process optimisation (chemical,
electrochemical)
17.
Flow battery
18.
From automotive to grid energy storage
applications
19.
Energy policy; sustainable and renewable energy
planning;
20.
Energy linkage; sustainable development goals
(sdgs)
21.
Sustainability, sustainable development goals
and role of energy
22.
Energy and environmental engineering systems;
air pollution modeling,
23.
simulation anenergy and environmental
engineering systems;
24.
Air pollution modeling; planning and
optimization; sustainable development of the petrochemical industry.
25.
Energy production systems
26.
Sustainability, optimization and big data
analytics to improve profitability and sustainability of the oil and gas
industry
27.
Data analytics in energy systems
28.
Optimization and control of energy systems
planning with environmental considerations and carbon capture and sequestration
29.
Covid-19 crisis implications on the energy
sector and on the environment
30.
Resilient and flexible energy systems
31.
Sustainability, optimization in sustainable
design and location of networked facilities and reverse logistics
32.
Data analytics in energy systems
33.
Advances in biomass energy resources to produce
valuable chemicals
34.
Sustainability, sustainable energy economics and
environmental policy
35.
Smart grid; demand response; electric vehicle;
power system; electricity market
36.
Innovative methods for smart grids planning and
management
37.
Developing and implementing smart grids
38.
Novel technologies, techniques and models
39.
Distribution system operation and control
40.
Smart cities
41.
Intelligent transportation systems
42.
Technologies, models and applications
43.
Sustainability, developing multi-energy systems
44.
Technologies, methods and models
45.
Machine learning and artificial intelligence for
power and energy networks
46.
Demand response management in electricity
markets
47.
Renewable energy; especially wind energy and
wave energy;
48.
Active disassembly; simulation; optimization;
engineering education
49.
Energy saving design for manufacturing process,
product, and system
50.
Wave energy potential, behavior and extraction
51.
Division of thermal energy and environmental
conditioning
52.
Energy efficiency; energy transition; energy
economics; energy policy; sustainability
53.
Entropy production in turbulent flow
54.
Sustainability, challenges and opportunities for
a sustainable tourism sector
55.
Energy efficiency in buildings; energy saving in
buildings;
56.
Thermal energy storage; phase change materials;
green roof;
57.
Mathematical modeling of heat transfer; building
simulation;
58.
Renewable energy; photovoltaic systems; wind
systems;
59.
electric vehicles; ground source heat pump
system; artificial neural networks
60.
Sustainability, advanced innovative solutions
for final design
61.
Energy sustainability of nearly/net zero energy
buildings (nzeb)
62.
Sustainability, smart renewable hybrid energy
systems
63.
Near zero energy districts for sustainable urban
development
64.
Sustainability, new evidences of indoor thermal
comfort in residential and tertiary buildings
65.
Design and evaluation methods
66.
Sustainability, building and system performance
simulation (bsps) tools
67.
Prediction of the ensemble building-system
energy efficiency, reliability and sustainability
68.
Clean energy communities
69.
Integration of enhanced buildings, heat pumps,
renewable and storage systems, and electric vehicle charging stations
70.
Improving the building and urban sustainability
71.
High energy efficiency of phase change materials
(pcm)
72.
High water-energy efficiency of green roofs and
walls
73.
Electrical power engineering; power systems
simulation; photovoltaics;
74.
Renewable energy technologies
75.
Topical collection in sustainability, power
system and sustainability
76.
Operation and control of power distribution
systems
77.
Sustainability, power distribution system and
sustainability
78.
Applied sciences, electrical safety engineering
of complex systems
79.
Electronics. Innovative solutions for the
electrical industry
80.
electric power division, photometry
81.
Environment, renewable energy; economic
development;
82.
Environmental impact analysis; climate change;
atmospheric pollution;
83.
water pollution regulations; environmental
management standards;
84.
Technology transfer; sustainability; higher
education policy
HARGA WAJAR SESUAI TINGKAT KOMPLEKSITAS DAN KERUMITAN MODEL/TEORI BARU/NOVELTY. KAMI SIAP MEMBANTU MENGERJAKAN DISERTASI YANG SULIT DENGAN WAKTU YANG CEPAT SESUAI PERATURAN PERGURUAN TINGGI ANDA. |