presentación de powerpoint -...

SUSTAINABLE SOLUTIONS

ECOGEOSOLAR

MFS IDI is a MELFOSUR subsidiary company, which was born to give thetechnological and professional tools to get its clients to become more competitive.

MFS IDI’s mission is to develop especialized projects in the R&D renewables sector,achieving the creation of products with the best value.

We are:

Excellence, innovation, commitment


Over 25 years of historyWe have proven experience of over 25 years in the electricity sector.We are a global provider of efficient and sustainable energy solutions.The presence of Melfosur can be found throughout the entire energy cycle, from concept design to market introduction.


Melfosur has a strong international presence and vocation


Keys to successIntegration of activities for a full service

Melfosur performs an important activity in the green energies sector.

We have installed more than 20MW in this sector.

We are pioneers in project implementation, promotion andinstallation of solar photovoltaic and wind power.

We have set renewable energy for sustainable development, using thelatest technology for maximum efficiency and productivity.


We have developed and integrated in the same machine the brains and heart of aninstallation,for commercial, industrial or domestic purposes. :

- Maximum efficiency to transform electric power in heating and cooling.

- Smart management of multiple energy sources: conventional and renewable.

- Energy storage, load and unload of electric vehicles.

- Automatic optimization of consumption: Set up , control, remote management.

Ecogeosolar Hybrid System


Ecogeosolar:


Technological partners

COMPETITIVE ADVANTAGES

HIGHEST EFFICIENCY COEFFICIENT (COP/EER) FOR 1-PHASE HEAT PUMPS

COP = 4,9 EER = 6,9

AIT HOMOLOGATION( Austrian Institute of Technology)

CC/CA CONVERSION EFFICIENCY, PEAK 98,3%, AVERAGE 97,7%

EMC certificate ( Intertek)

REGULATORY COMPLIANCE INCLUDING GRID INTERCONNECTION AND

ELECTRIC SYSTEM LOAD AND UNLOAD:

FULFILLING THE STANDARDS IN 18 COUNTRIES:

BDEW, VDE0126-1-1, VDE-AR-N 4105, RD661, RD 1699, CEI 0-21

V2:2013, CEI 0-21, CEI 0-16 V1:2013, G59/2, UTE C15-712-1, AS4777/SI4777,

IEC 62116, IEC 61727, IEEE 1547 ,CSA 107.1



INCLUDING COPELAND INVERTER TECHNOLOGY.

Inverter technology. Specifically developed for the Scroll compressor

High efficiencies unreachable with traditional heat pumps

Compact and economic installations:

Lower electric consumption

Higher durability and reliability

ELECTRONIC EXPANSION VALVE

Allows an accurate control of the refrigerant flow and a better use of the

evaporator to reach higher efficiencies.


THERMAL PRODUCTION ADAPTED TO THE DEMAND

Variable speed compressor management

PREDICTIVE-ADAPTATIVE MANAGEMENT SYSTEM. MAXIMUM CONSUMPTION

OPTIMIZATION

Internal/external processing for more than 200 system variables

Dynamic working setpoints

VPN communication predictive management, external server calculation

BATTERY POWER STORAGE

Modular Power System Load / Unload and Storage.

High accuracy unload management under monitoring of maximum

power point (MPPT) of the photovoltaic system,

Unload efficiency> 97 %.



ELECTRIC VEHICLE BATTERY LOADING HIGH POWER MODULE

Load Manager includes interactive grid management and renewable resource.

SMART GRID COMMUNICATION MANAGEMENT MODULE. ENERGY EXCESS

MANAGER.

The device can interface mode Distributed Generation System with other computers

on network configuration and injection under one control center.



DESIGNED TO LAST

Extreme climate conditions

Vibrations Divere user profilesCombined stress and

stretch

Diverse tests:

1. THB: Temperature humidity bias

2. Salt-Fog testing

3. HALT: Highly accelerated life test

4. MEOST: Multiple Environmental over stress testing

5. Custom reliability testing

• Risk evaluation to save installation problems.

• Validation of the operating conditions even beyond ranges

• Identifying improvement points


Inverter technology, variable speed scroll compressor


Maximum energy savings:Liquid cooling system for the inverter


3 Cooling modules, cooling, heating, reverse cycle

3 cooling modules / heating and reverse cycle


microPC control system


User friendly Interface


● Copeland compressor and inverter

● Electronic expansion valve in every model

● Variable speed, high efficiency, A class circulation pumps for the brine andheating circuits.

● Temperature and pressure sensors in water and refrigerant circuits

● R410A, the best refrigerant for heat pumps

● Included expansion vessels, security and drain valves.

THERMAL TECHNOLOGY SYSTEM


● Scroll compressors and Inverter, COPELAND

● Electronic expansion valve, CAREL

● Circulation pumps, WILO

●microPC, CAREL, ONROM control

● Exchangers, ALFA LAVAL

● Auxiliary components, DANFOSS

● Stainless steel DHW tank and coil

THERMAL SYSTEM COMPONENTS


► New Copeland inverter technology

● Rpm variation, 1800 - 7000

● 2 diff. compressors-inverter, 3 - 12 kW y 5 - 22 kW

● 1-phase and 3-phase power supply

●ModBUS, inverter-compressor, inverter-control

● Power correction factor(cosφ ≈ 1)

● No current peaks

INVERTER TECHNOLOGY


► Instrumentation

● Temperature sensors

- Outlet/inlet heating, brine and aero-thermal

- Drain, discharge, inverter, oil

● Pressure sensors

- Compressor drain and discharge

- Heating and brine circuits

● Inverter electric consumption

● Compressor torque, max torque

THERMAL SYSTEM: INSTRUMENTATION - MANAGEMENT


► Design, “all in one concept”

● Includes brine and heating circulation pumps

● Includes expansion vessels

● Includes security valves

● Includes drain valves

● Includes flexible connection hoses

THERMAL SYSTEM: INTEGRATION


Heating power 3-12, 30/35 ºC

POWER

0

2

4

6

8

10

12

14

16

18

1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000

Po

ten

cia

calo

rífi

ca (

kW

)

rpm

0 / -3 5 / 2 10 / 7


Heating power 5-22, 30/35 ºC

POWER

0

5

10

15

20

25

30

35

1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000

Po

ten

cia

calo

rífi

ca (

kW

)

rpm

0 / -3 5 / 2 10 / 7


COP 5-22, 30/35 ºC

ecoGEO – COP

0,0

1,0

2,0

3,0

4,0

5,0

6,0

7,0

1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000

CO

P

rpm

0 / -3 5 / 2 10 / 7


► Hybrid technology

● Installation simplicity

► All in one concept, “plug and play”

● Fast installation and commissioning

► Simpler and more economic installations

INSTALLATIONS


CONFIGURATION OF THE GRID CONNECTION OPERATION ACCORDING TO THE STANDARD OF

DIFFERENT COUNTRIES

AUSTRALIAAUSTRALIA

AUSTRIA

GERMANY

BELGIUM

DENMARK

SPAIN

FRANCE

GREECE

ENGLAND

IRELAND

ISRAEL

ITALY

NETHERLANDS

PORTUGAL

CZECH REP.

THAILAND

USA

CANADA


ACTIVE POWER MANAGEMENT BASED ON THE FREQUENCY


REACTIVE POWER MANAGEMENT

f.d.p. variable

Q fijaCurvas de control de Q


LOW VOLTAGE PROTECTION PERIOD


Adaptive management SMART GREEN COMMUNITY

MODULE INTELLIGENT ENERGY EFFICIENCY

GENERATION CURVES

ESTIMATION

CONSUMPTION ESTIMATION

CURVESCo (iniciales)

PREDICTIVE

MANAGEMENT

CONSUMPTION

CURVES Cn

AVAILABLE

SAVINGS

DYNAMIC SETPOINT

VARIATION

COMMUNICATION MANAGEMENT MODULE

DISTRIBUTED GENERATION MANAGEMENT MODULE


IEE module: Consumption estimation


IEE: Consumption estimation


IEE module: Consumption estimation


IEE module: Predictive management


IEE Module: Adaptive management, optimization functions

nvar = 4;

gaoptions = gaoptimset('Generations',15,'Display','iter');

startTime = tic;

ga(@expensive_objfun,nvar,[],[],[],[],[],[],[],gaoptions);

time_ga_sequential = toc(startTime);

fprintf('Serial GA optimization takes %g seconds.\n',time_ga_sequential);

Best Mean Stall

Generation f-count f(x) f(x) Generations

1 40 1.469 23.18 0

2 60 1.236 20.34 0

3 80 0.655 7.149 0

4 100 -0.9582 5.889 0

5 120 -1.876 4.473 0

6 140 -1.876 2.757 1

7 160 -1.958 0.2561 0

8 180 -2.387 2.363 0

9 200 -5.238 3.562 0

10 220 -23.18 2.033 0

11 240 -44.76 -1.239 0

12 260 -44.76 -12.72 1

13 280 -44.76 -23.8 2

14 300 -64.49 -34.12 0

15 320 -64.49 -42.11 1

Optimization terminated: maximum number of generations exceeded.

Serial GA optimization takes 40.2414 seconds.


Green Community Module: Communication management, next generation VPN Industrial server


3500

3000

2500

2000

1500

1000

500

500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500

Meters

Meters

10

9

1112

1

15

20

17

161413

2

3

4 5 6

18

7

8

19

Load

P32P23

P132P1413

P34

P43 P54 P65

P45 P56 P67 P76

(5117;2912)

P1816

P1918

P19 P18

P98

P89

(3450;1300)

P10

P109

P910P1011

P110

P20

P11P1211

P1112

P12P112P1

P121

(1193;1694)(2732;1995)

P1720

P1516

P1314

P13

P213

P12P2

P21

P87P78

P8

P1618

P1819P1715

P2017

P1415P1715

P1517

Power Plant

3500

3000

2500

2000

1500

1000

500

500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500

Meters

Meters

538 kVA10

9678 kVA4158 kVA

1112

4119 kVA

4125 kVA1

2205 kVA3804 kVA1340 kVA

15

20

1202 kVA

17207 kVA

16412 kVA

14749 kVA132

3 2692 kVA

89 kVA4

199 kVA5 6

821 kVA

2198 kVA

18

7

1096 kVA

8

1813 kVA3555 kVA

19

Loads

Dist. Gen.

Substation

Source 1 = Y

Source 2 = Z

Source 3 = V

Source 4 = W

W

(1193;1694) (2420;1758)

V

(2732;1995) Z

(3450;1300)

Y(5177;2912)

3500

3000

2500

2000

1500

1000

500

500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500

Meters

Meters

538 kVA109678 kVA4158 kVA

11124119 kVA

4125 kVA1

2205 kVA3804 kVA

1340 kVA15

20 1202 kVA

17 207 kVA

16 412 kVA14

749 kVA132

32692 kVA

89 kVA

4

199 kVA

5 6

821 kVA

412 kVA18

7

1096 kVA

81813 kVA

3555 kVA19

Loads

Substation

4125 kVA

3801 kVA

4294 kVA

1109 kVA

2089 kVA

16024 kVA

(2420;1758)

1340 kVA

9277 kVA

4119 kVA

1409 kVA

1202 kVA

7574 kVA

4019 kVA

1821 kVA

1020 kVA821 kVA

1096 kVA

2909 kVA

3447 kVA

4125 kVA

3500

3000

2500

2000

1500

1000

500

500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500

Meters

Meters

538 kVA109678 kVA4158 kVA

11124119 kVA

4125 kVA1

2205 kVA3804 kVA

1340 kVA15

20 1202 kVA

17 207 kVA

16 412 kVA14

749 kVA132

32692 kVA

89 kVA

4

199 kVA

5 6

821 kVA

412 kVA18

7

1096 kVA

81813 kVA

3555 kVA19

Loads

Substation

4125 kVA

3801 kVA

4294 kVA

1109 kVA

2089 kVA

16024 kVA

(2420;1758)

1340 kVA

9277 kVA

4119 kVA

1409 kVA

1202 kVA

7574 kVA

4019 kVA

1821 kVA

1020 kVA821 kVA

1096 kVA

2909 kVA

3447 kVA

4125 kVA

Green Community Module: Energy exchange management, distributed generation


Green Community mode: Distributed generation


ECOGEOSOLAR INSTALLATION

Advantages of the installations

● High economical savings

PONTEVEDRA150 m2

4 personasSUR

Vivienda bien aislada20/21 ºC

45

15901502

1310

918864

530

398 353

Coste de la energía en función del sistema [€/año]

Electricidad

Gasóleo

Propano

Caldera pellets

Caldera gas

naturalBC Aerotérmica

BC Geotérmica

tradicionalBC Geotérmica

ecoGEO

10,50 kW

13010,62 kW/año

78%


PONTEVEDRA

150 m2

4 people

SOUTH

Well isolated housing

20/21 ˚C

45

Energy cost according to the system

(€/year) Electric power

Gas boiler

Propane

Pellet boiler

ASHP

GSHP

ecoGEO

Natural gas boiler

CONNECTION TYPES: OFF GRID


GENERATOR

BATTERIES

CONNECTION TYPES: BACKUP


GENERATOR

GRID

BATTERIES

DOMESTIC CONSUMPTION

CONNECTION TYPES: ON GRID


BATTERIES

GENERATOR

GRID

INDUSTRIAL CONSUMPTION

Soporte de generador

Grid support

Selling to the grid

● Selling DC excess to the grid.

Grid support(LBX)

● Allows to lower the grid consumption byproviding renewable energy.

Reduction of the maximum consumption

● Limits the grid consumption by providingenergy from the battery.

Time regulation

● Loads the battery during the low pricing periodand expends such energy during daytime.

CONNECTION TYPES: INTERACTIVE NETWORK MODE


MULTIPLE INSTALLATIONS


CONNECTION TYPES: HYBRID MODE

INTERACTIVE GRID+ HVAC


EcoGeoSolar Hybrid System

Domestic Application:

1 Unit: modulation 5 to 22 kW

12 Units: Parallel connection management – modulation 5 to 264 kW

Industrial applications:

3-Phase modules: N units parallel connection management.


1-PHASE UL-USA: EFFICIENCY CURVES


1-PHASE UL-USA: OVERLOAD CAPACITY


1-PHASE EU EFFICIENCY CURVES


1-PHASE EU : OVERLOAD CAPACITY

Power decrease

Temperature (˚C)


3-PHASE EFFICIENCY CURVES


10kVA efficiency curves

Effi

cie

ncy

10kW efficiency

INFORMATION SCREENS


SETTING SCREENS


EcogeoSolar Hybrid System


The ultimate solution

Easy installation

Grid interaction modes

High configuration flexibility

Storage system included

Highest market efficiency 98,3 %

Highest HVAC market efficiency system. COP 4,9


PROJECTS: SMART GRID CITY


MF02 SMART GRID SYSTEM


SMART GRID CITY BARCELONA


A member of the melfosur group

www.melfosur.es


presentación de powerpoint -...

Documents