energias renovables Iader en Ingles

8/19/2019 energias renovables Iader en Ingles

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Solar thermalThermo SolarPhotovoltaicWind verticalElectric GenerationDigester E

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Adm. & Sales Office: Maza 1222, C1240 CABA, Argentina ● [email protected] ● www.mjciaderingenieria.com

R&D Lab: Carlos Croce 851, B1832 Lomas de Zamora, Argentina: +54 11 4242 4468 Page 1 of 23

PRESENTATION

INDEX

COMPANY ..................................................................................................................... 2

ELECTRIC ENGINEERING DIVISION .................................................................... 4

ENERGY TRANSPORT and DISTRIBUTION SERVICES ........................................... 4

OTHER SERVICES ....................................................................................................... 5

REFERENCES .............................................................................................................. 6

CIVIL ENGINEERING DIVISION ............................................................................ 7

SANITATION DIVISION ............................................................................................. 8

COMMUNICATION DIVISION .................................................................................. 9

NETWORK CONSTRUCTION ..................................................................................... 9

NETWORK INSTALLATION ...................................................................................... 10

NETWORK MAINTENANCE ..................................................................................... 11

LABORATORY SERVICES ......................................................................................... 12

CCTV, VIDEO SURVEILLANCE AND SECURITY SYSTEMS .................................. 13

DOMOTICS / HOME AUTOMATION ....................................................................... 14

RENEWABLE ENERGY & ENERGY EFFICIENCY DIVISION ........................ 16

OBJETIVE .................................................................................................................. 16

DIFERENT TECHNOLOGIES USED........................................................................ 16

HHO (Oxi-Hydrogen) System ............................................................................................... 16 Operation ............................................................................................................................... 17

Thermosolar Systems ............................................................................................................ 19

Mini hydraulic Systems ......................................................................................................... 20 Biodigestion / Biogas Systems .............................................................................................. 20

Wind Power – Wind Farm Development .............................................................................. 21 Mini wind turbines ................................................................................................................. 22

Low power hybrid systems .................................................................................................... 22 Renewable Energy Feasibility Studies .................................................................................. 23

mailto:[email protected]:[email protected]:[email protected]:[email protected]


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COMPANY

IADER provides EPCM (Engineering, Procurement, Construction Management) services in theenergy, telecommunications, civil construction and infrastructure fields.It operates since 1995, mainly in Argentina, having also completed important projects in Centraland South America.

The company has the latest software for the calculation, design and engineering, control andmanagement applied to all stages of the project, including the inception to delivery of drawings,memories and protocols.

It also has a structure of specialized professionals, technicians and personnel with the background, experience and expertise in accordance with its commitments. Our labor policy

seeks local resources in the regions where the jobs are developed, implementing permanenttraining.

MISSION

To meet the needs of companies in Argentina with the highest attainable quality standard,achieved through teamwork, growing together with our customers, learning from their progressand adapting our answers to their concerns.To execute infrastructure projects, provide quality services looking for excellence and thefaithful fulfillment of contracts, training permanently our staff in pursuit of sustained growth ofthe company.

POLICY

Our fundamental values are the conservation and protection of the environment; respect, health,safety and development of our people and the community we integrate.

GOAL

To be recognized as a leader in the marketplace, as a result of our professional strengths and thecommitment of all areas of the company, based on continuous improvement and flexibility to

innovate.

OUR FUNDAMENTAL PRINCIPLES

To comply with the legislation applicable to our business and other requirementsvoluntarily subscribed.

To set management objectives in accordance with our mission, vision, values and policy. To continuously improve our business processes. To satisfy our clients fulfilling our commitments. To maintain a safe and healthy workplace, with well-built facilities, appropriate

equipment, safe work procedures and proper protection elements.

To supervise potential contingencies implementing management systems to identify,assess, monitor and control risks and environmental aspects through observation andinspection.



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Conduct training activities, at all levels to achieve a high degree of personalresponsibility and commitment to this Policy.

To protect the environment, preventing environmental pollution. To prevent damage and deterioration to the health of workers performing tasks with

quality, safe and healthy conditions for people Working only with contractors who share and adhere to this policy. And communicating

it to all staff.



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ELECTRIC ENGINEERING DIVISION

ENERGY TRANSPORT and DISTRIBUTION SERVICES

We have extensive experience in engineering, construction, installation and maintenance oftransformation stations, transformation centers, measurement equipment, wiring of boards andcells, platforms, and underground lines of low and medium voltage.

Additionally, we do troubleshooting. This task is closely related to the continuity of electricservices, and it is more complicated in distribution systems than in transmission lines.

This division proposes a new method of fault location for distribution systems: Through

graphical analysis of the fault impedance, in which errors in estimating the distance based on thedistance and the type of failure are lower than 2.5%.



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OTHER SERVICES

Besides specializing in energy distribution and transportation, we also work in the industrial,commercial and residential sectors. We provide services in both new and existing facilities,doing electrical repairs and additions.

Please see below our expertise:

Industrial

Energy audits

Industrial electric installations

Industrial assemblies Laying of special cables and pipes

Engine maintenance

Power factor and harmonic correction

Emergency power

Automation

Comercial

Electrical installations in offices, health care facilities, etc. Lighting and design

Emergency lighting equipment

Emergencies 24 hours

Telephone and server networks

medium and low voltage boards

Residencial

Telephony and automation

Installation and assembly of boards

Pumping systems (water and sewer)

Installation of burglar and fire alarms

Gates and entrance phones

Lighting of parks, gardens and pools



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REFERENCES

SIEMENS Subcontractor for EDESURPIMT project implementation, connections and installation of meters.Elenet subcontractors for Edesur and Edenor

EDESUR

PIMT Project implementation, MT, LT networks, connections and installation of meters

EDENOR MT, LT networks, connections and installation, antitheft and installation of meters

Subcontractors of EDESUR

Works for center branch, underground laying in MT, and LTMaintenance of Transformer chambers.

CERJ RIO DE JANEIRO (Brazil) SubcontractorElectrification Engineering Project in favelasMT, LT networks, connections and installation, antitheft and installation of meters.Customer normalization

COELCE BRASIL SubcontractorElectrification Engineering Project in favelasMT, LT networks, connections and installation, antitheft and installation of meters.Customer normalization

CONDESA BOGOTA (Colombia) Subcontractor

Electrification Engineering Project in favelasMT, LT networks, connections and installation, antitheft and installation of meters.Customer normalization

LIGHT RIO DE JANEIRO (Brazil) Subcontractor

Control of Energy losses Project Development

Subcontractors of Electric works for the following companies:

TEXALCO S.A. SIBA S.A.

SIEMENS S.A.

COEMA COOPERATIVA

ARGENCOBRA S.A

EDEN S.A.

ITECNA S.A

KION S.A

RYT S.A.

POLSKA S.R.L

LEVELTEC S.R.L



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CIVIL ENGINEERING DIVISION

We offer our experience and knowledge in different construction methodologies and sectors.

For example: in civil works, in transformer stations, renewable and fossil fuels power generation;Also in architecture, public works, housing, earthworks, road maintenance, street lighting, etc.



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SANITATION DIVISION

We provide advice when it comes to designing, building and maintaining infrastructure networkssuch as: water, sewage, effluent treatment plants, measurement and quality control systems.

We have excellent professionals in the area to meet the needs of the private and public sectors(private neighborhoods, countries, cooperatives, buildings, etc.)



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COMMUNICATION DIVISION

This division is staffed with professionals, technicians and executives from leading companiesand successful track record in design, installation and commissioning of networks andtelecommunications systems, as well as in the area of civil construction.

Recognizing the constantly changing market needs and technological requirements of ourcustomers, our desire for innovation has allowed us to be recognized as being a flexible andefficient company, capable of responding to both simple and complex requirements.We provide a wide range of construction services of fixed and mobile networks belonging to thenational and multinational companies which operate in our country.The services include from the early stages of planning and searching of sites, through the civil

works and up to the installation and commissioning of network elements.

NETWORK CONSTRUCTION

Site Development

The site development service includes the identification and evaluation of sites and candidates, purchase negotiations, lease or management agreements, and managing the permits.

Civil Works

We have the necessary professionals to handle all aspects of civil works and construction processes, from evaluation to site closure.

Commissioning

We provide commissioning of all telecommunications networks, working with the latesttechnology on the market. Our professionals coordinate the whole procurement process ofequipment from logistics to delivery, quality control and storage by our customers.

We provide network installation services, coordination of site surveys and audits, approval, post-

implementation, including full testing and integration processes.



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NETWORK INSTALLATION

These are the services related to existing networks and their expansion.

Installation at customers´ site

Installation of new data and telecommunications equipment, as well as its service equipment. Itincludes the installation of terminals (computers, routers, etc.) and the configuration of networkaccess connections between the end user and the node service provider.

Equipment Installation

The installation of on-site networks, usually begins with the expansion or optimization of anexisting network. The capacity expansion includes the equipment installation, equipmentconfiguration, assembly and installation of cabinets, racks, cards and other components.

Implementation and integration

Once the equipment has been assembled and installed, it is configured and set up as part of theintegration process.



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NETWORK MAINTENANCE

Preventive Maintenance

Its goal is to keep the network elements in continuous long-term failure-free operation.Our company Técnica & Seguridad S.A., provides maintenance plans efficiently designed tomeet our customer´s needs.

Corrective Maintenance

It seeks to restore the functionality of the network elements and eliminate the causes of failure inaccordance with service agreements. Corrective maintenance activities are initiated either by the

Network Operations Center (NOC), by a fault / alarm triggered automatically or as a result of acomplaint from an end user.The company provides network maintenance services on site 24 hours, 365 days a year.

OUR PATH

The company is staffed by telecommunications professionals and technicians, with extensiveexperience in construction, installation and maintenance of fix and mobile networks. In the past15 years they have performed works and installations for national and multinational companiesthat develop and / or have developed their activity in Argentina.

PROFESSIONAL SOLUTIONS

Professional solutions for industrial, security and remote monitoring applications.

As an AXIS solutions partner, the world leader in IP video equipment, we offer the best resultsfor your project.With the ongoing advancement of computer and Internet networks, applications of digitalsecurity, access control and video surveillance are changing and expanding rapidly. The trendtoday demand not only that data, telephony and burglar alarms, but also digital audio and video,are transmitted over the same networks sharing resources, reducing costs and above all, adding

benefits attributable to technology and adaptability improvements between systems that share thesame standard TCP/IP protocol.

The prestigious market research company Frost & Sullivan has recognized and awarded AXIS,the Market Engineeri ng Leadership distinction for being the global market leader in networkcameras and video servers.

The award was based on data collected through a survey of end users, in which it wasdetermined that AXIS is the definitive leader with 69% of the total market for network camerasand 27% of the total market for video servers.



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In the segment of network cameras, the survey also revealed that AXIS has a market share of37% in security applications and 84% in technology applications, such as Web attraction andremote monitoring.

Also in this sample it was confirmed that AXIS has a brand recognition of 50% becoming themost recognizable and dominant brand in the market for IP cameras that operate independently(without a PC).

That is why when it comes to having reliable and proven equipment with more than a millionunits in operation, the answer is one: AXIS.

We share with great pride that our company Técnica & Segur idad S.A., has been distinguished

by Axis Communications, as its sole official Solution Partner for Argentina. Thus, our country is positioned as a leader in technology solutions for network video in the region and is the first inSouth America to receive this mention.

That is why we constantly invest and train ourselves to offer the best option in the developmentand set-up of your project, including all the equipment and know-how for guaranteedsatisfaction.

LABORATORY SERVICES

We repair and operate any communications platform. We consider ourselves innovators in value-added solutions covering electronic equipment specialized in radio frequency monitoring andenergy.

We have our own R&D (Research & Development) department, where we brainstorm and findcustomized solutions to our customers.

We aim to be technology partners of our clients while protecting their investment with thecertification and warranty of each implementation, work and repair done.

Our laboratory has highly trained staff, working with the UTN (National Technological

University) with regard to information exchange, internships of future professionals, certificationand notarization of new developments.



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Specializations

Equipment Repair:

Rectifiers ODUPower Sources IDUADR E1-T1Boards

We have the specific structure for field measurement, testing and measurement of errors intelephony networks, measuring actual bandwidth, etc., of the different platforms on the market(ERICCSON- MRA- SAGEM- HARRIS).

Industry

Equipment Repair:

PLC of any make and model, control logic and power.Robot cellsControl and signaling systemsVariable speed controlsSoft starterElectronics for medium and low voltage maneuvers

Our laboratory has several workstations with specific instrumental for each task to be done,therefore we are able to perform the traceability of the different tasks in a timely manner, in fullcompliance with the requirements imposed by the ISO 9001 certification, which is in process.

CCTV, VIDEO SURVEILLANCE AND SECURITY SYSTEMS

We also use the latest technology in software and hardware to implement security systems thatcan be monitored locally and remotely via Internet and local area networks (LAN). This way youcan always know what is happening in your home, office or business, even through your mobile

phone.

We work with high quality and functionality to provide the best solution.



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DOMOTICS / HOME AUTOMATION

In a smart home, all the elements converge towards a "smart controller"; which will decide howeach element interacts with each other, thereby streamlining the amount of wiring and sensors.

Although initially focused on new construction, home automation can be applied to all types of buildings, including existing buildings. It is not limited to single family dwellings (houses,apartments), but also under the name of INMOTICS, it can be installed in public or private

buildings, offices, hotels, malls, businesses, industries, and all types of buildings.

Through the careful programming and integration of all available resources, Domoticsdramatically increases the comfort and security of a home or building, rationally managing allsystems: lighting, air conditioning, electrical control, access control, surveillance cameras,

burglar alarms, smoke detectors, sound equipment, etc.



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References

C.A.M (multiservice company)

SIRTI ARGENTINA

Servic Solutions (multiservice company)

Maqui argentina (wind power generators)

Imprenta Sarandí

M.R Solutions (printing & computers)

ND ingeniería (multiservice company)

Registro de la propiedad de Santiago del Estero

FIAT Auto Argentina General Motos

Peugeot

Agencia Marítima Sud Ocean

Mediterranean American Shipping

DAPSA

Unilever

Coasin Comunicaciones

IMPSAT

Telefónica Argentina Telecom

San Isidro refrescos

Club Atlético Boca Juniors

SEPSA (Pago Fácil)



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RENEWABLE ENERGY & ENERGY EFFICIENCY DIVISION

OBJETIVE

It consists mainly in identifying barriers to face in the development of power plants, in all itsdimensions, using different technologies for renewable energies.Specifically, it is intended that the different generation technologies complement each other forheating, cooling and production of electricity. Furthermore, the presentation of the economic,social and environmental benefits relative to the nationwide trend scenario where the main goalis to reduce the trade balance deficit by reducing the need to import oil to generate electricity.The latter is backed by the new promotion law that seeks to reach the target of 8% of the nationaldemand for electricity generated by renewable sources by 2017 and increase this rate to 20% by

2025.

To achieve this goal, we will work with different systems, such as on demand oxyhydrogen(HHO) generation in diesel cycle engines with Bureau Veritas certification. We will also use

photovoltaic systems based on monocrystalline, polycrystalline, amorphous silicon, and othertechnologies. In addition, hydraulic power can be recovered in cascades in treatment plantsthrough mini turbine technology.Additionally, we will perform feasibility studies analyzing the possibility of converting wastetreatment plants into biomass / biogas plants. Biogas could be used to generate electricity, usingthe above-mentioned HHO system in power generators. In that sense, a debate is left open for theopportunity to co-generate with this system.

It is noteworthy that what is expressed above, follows the long-term policy that seeks to diversifythe energy matrix promoting renewable energy sources that avoid the use of fossil fuels,generating power with own natural resources. Together with us, the doors open to the possibilityof self-generation in a first stage, and then to the generation of clean energy to supply thenational grid.

DIFERENT TECHNOLOGIES USED

HHO (Oxi-Hydrogen) System

With a HHO system, it is possible to generate electricity by coupling it to a conventionalgenerator in new or existing facilities. The gas injection functions to the generator are controlled.When the right gas proportions are provided to it, clean combustion occurs. It is known thatoxyhydrogen (HHO) is a mixture of diatomic hydrogen and oxygen in a proportion that assumes2: 1, same amount of water. For this, the equipment is designed to support the injection of"Natural Gas + HHO + Diesel", "Liquefied Gas + HHO + Diesel", "Biogas + HHO" and / or"Biogas + HHO + Biodiesel".

By making a conventional power generator a hybrid installation, great fuel economy is achieved,avoiding carbon dioxide polluting emissions. Also, the life of the combustion engine (diesel) isextended.



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Operation

The installation of a DUAL-TRIAL system in Diesel or Otto cycle engines, injects gas or gasesin the combustion chambers through the intake or burners dosing the exact flow of fuel (fossil orecological). The correct dosage of gas is continuously controlled by an electronic controller(CPU). This CPU ensures perfect combustion, which increases the actual engine power and

performance. All this, results in economic savings and environmental improvements.

It is possible to enrich all poor fuels, making them more powerful and with higher yields. Thismakes it ideal and indispensable to inject in the obtained biogas and thus achieve higher thermalefficiency.

In this way, you can successfully get a reduction in the diesel injection system, in some casesclose to 70%, replacing the fuel with natural gas (NG), whose greenhouse gases emissions aremuch lower than of diesel fuel. Alternatively, it will be possible to replace NG with biogastreated with HHO.

The figure below outlines the HHO system in diesel engines:

The photo below shows an assembled equipment:



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Photovoltaic / PV Systems

Photovoltaic systems / panels are powered by an inexhaustible energy source: the sun. The sunstriking a semiconductor element specially developed, and through a physical-chemical process,called photoelectric, produces a continuous electrical current. This current is then converted intoalternating current, which we normally use in our homes (220 VAC) or industry (220-380 VAC).The sensitive element to solar radiation is silicon, a semiconductor that today is the basis for the

production of most of the electronic components (computer chips, flat panel displays, opticalsensors, etc.), among which include photovoltaic panels.

At present, the production of solar panels based on this element, uses it in three different states:monocrystalline, polycrystalline and amorphous. The first two alternatives produce rigid panels

with considerable weight and difficulty to handle. The amorphous silicon allow to produceflexible and lightweight sheets that are easy to install.

Lately, a new amorphous technology incorporates three layers of a-Si (amorphous silicon),arranged one above the other, in different directions and amounts. This technology allows a jointreaction to sunlight, which practically covers the entire spectrum of visible light. This is certainlythe biggest innovation in the production of photovoltaic panels in recent years.

For its installation, no special support structures are needed. Drilling the roof is not necessary.This undoubtedly harms the waterproofing of it. The modules are attached to each other byapplying heat with a flame, like any other type of polymer bitumen asphalt layer in an extremely

simple way. The system is delivered in pre-formed rolls, which facilitates installation. A perfectfinish is achieved by the end of it, using a product that cleans the membranes.



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Thermosolar Systems

They are used in solar thermal power plants to generate heat rather than convert this heat intoelectricity, in a much more profitable way.

To collect solar energy at low temperature can be done mainly in two ways: using flat solarcollectors and vacuum tubes, which collect sunlight from all directions and can reachtemperatures of 120°C. Another option is to do it at medium and high temperatures through solarconcentration, following the direction of the sun, concentrating their radiation and reachinghigher temperatures. The latter may be parabolic trough systems, linear Fresnel lenses collectors,

parabolic dish systems or solar towers. Most of these technologies were developed in the latenineteenth century and are used depending on the type of heat demand.

parabolic dish systems

Fresnel lens system parabolic trough systems

Flat Solar Collector Vacuum Tubes system



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Mini hydraulic Systems

With a Mini-Hydroelectric power generation plant, it is possible to generate electricity by using awaterfall and inject it to the grid. Most of these systems are used for the production of electricalenergy and our proposal consists on this. In the case of energy recovery in existing facilities,independence of hydraulic potential is achieved regardless of the rainfall regime or the annualrainfall.

Another favorable aspect is the positive effect of not having to build a dam, with problems ofdisturbed waterways, erosion, etc. In addition, the ease of the installation of the equipment iswhat contributes to apply this energy source. Additionally, hydropower remains to be the mostused among renewable energy sources for electricity production, at all scales. It is shown in

Figure a team like this.

Biodigestion / Biogas Systems

We have designed bioreactors or continuous process anaerobic digesters to meet a 7/9 day cycleafter filling the reactor with the waste to be treated. This is achieved thanks to a unique

biological system controlled by a custom made CPU.

Below are some images of our products:

These are the plants that have been developed for pigs and poultry. In addition to obtaining largeamounts of biogas, once the process is complete, the substrate obtained allows to obtain productssuitable for export, making it an important source of income. Besides generation of electricityand heat, our plant is generally supported by a secondary system, which can be wind or solar.



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Wind Power – Wind Farm Development

The country has unique features that give great potential for the development of wind energy.The aim is to promote the exploitation of a renewable and sustainable resource. We assume thecommitment that the wind industry should be 100% national. There are already farms inoperation and advances in the manufacture of wind turbines with Argentinean label.

According to data supplied by ENARSA ( Energía Argentina S.A.), "Rawson I & II, Madryn I &II and Loma Blanca wind farms have been commercially enabled to date." For this, we havespecialists for the development of winds farms projects.

Stages of Development

R&D

This stage includes: all tasks to select sites with possible wind potential, install measurementtowers, complete measurement campaigns and electrical connection of the farm, make thenecessary studies of wind and location of wind turbines, as well as evaluating the majorenvironmental impacts.

When the research phase is concluded, the promotion / development stage begins. This consistsin obtaining all permits and licenses for the construction and commissioning of a wind farm.

Wind farm promotion / development

During the development stage, with a duration of 3-4 years, the work consists of obtaining all permits, licenses and authorizations that allow the construction and commissioning of a windfarm and its evacuation infrastructures.

The vertical integration of the area of Promotion and Sale of Farms and its experience in thistype of activities, allow to perform technical and administrative tasks required to transform anidentified location as a high potential wind farm in a project that produces and sells electricity.

These tasks include communication with a) competent authorities in each region or country, b)the landowners affected by the project and c) utilities, with which the connection of each wind

farm is established.



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Mini wind turbines

As it is well known, a mini wind turbine used for own consumption is quite profitable, becausethere are good weather conditions for it. There are energy isolated areas where it is difficult andcostly to bring electricity. This applies to private users, tourist locations or businesses. In thesecases, small wind turbines can be operated in conjunction with a storage system (batteries) orhybrid systems, such as solar panels and generators.

Low power hybrid systems

The hybrid wind-photovoltaic system is a high efficiency system, with very encouraging results.We have isolated or interconnected systems to networks at commercial scale. A typical

configuration of a hybrid wind-photovoltaic system is displayed below.

This system breaks the economic dependence on fuel suppliers. The photovoltaic and windenergy industries are already a reality in our country. It is important to mention, that there isenough knowledge about these systems and the lack of investment in this sector can be attractiveto municipalities, industrial parks and gated communities.



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Renewable Energy Feasibility Studies

The following factors often justify the installation of technology to generate clean energy:

Advantages of the generation cost with a 1000 kVA generator set with an HHO system vs(1) the tariff rate from the Wholesale Electricity Market Administration Company(CAMMESA/Compañía Administradora del Mercado Mayorista Eléctrico) for MTgeneration or vs (2) the generation cost with 100% liquid fuel in the same generator set:

For comparison (1), the value of contracted energy from the Wholesale ElectricityMarket ( MEM/Mercado Eléctrico Mayorista) is approximately75 US$/MWh vs 25US$/MWh with an HHO system.

Thus, the savings are 3 times.

For comparison (2), the generator running with 100% diesel, has an energy cost of 525US$/MWh, and the same machine with the HHO system (mixing ratio of 9% Diesel +40%NG + 51% HHO) has an energy cost of 25 US$/MWh. Therefore, savings aremore than 20 times.

Savings for other technologies must be analyzed.

Existence of an energy crisis in the country (and the world) that demands the need todevelop and investigate new ways of generating electricity other than the conventionalways which use scarce fossil fuels;

The growing import of electricity from neighboring countries and fossil fuels becomingmore expensive and causing an undesirable dependence on foreign resources;

Existence of a law that promotes renewable energies;

Commercial use of hybrid technologies in relationship to the generation of renewableelectricity with later sale to the grid;

Knowledge of the negative impact on the environment with the use of fossil fuels for power generation (gas emissions and global warming) and the benefits it would bring its

replacement by renewable energy sources.

Documents

energias renovables Iader en Ingles