Showing posts with label kWp. Show all posts
Showing posts with label kWp. Show all posts

Saturday, January 8, 2011

PHOTOVOLTAIC POWER PLANTS by SOLAR SERDAR


RENEWABLE ENERGY CENTER SOLAR SERDAR ( CRECSS )



PHOTOVOLTAIC POWER PLANTS IN CROATIA



In Republic of Croatia exists legislative frame for investments in power plants on renewable sources of energy according to Cratian governments by law for getting a status of privileged electricity producer and tariff system for electricity production from renewable sources of energy and cogeneration.
The photovoltaic systems are classified depending privileged energy prices in three categories:

1) 10 kW and less
2) 10,1 to 30 kW
3) over 30 kW

In reality that means PV s instalation up to 30 kW on family houses, warehouses and other factories, and over 30 kW installation on the ground (on grid).

Comparison shows following economic investment criteria:

a) SHARE OF INVESTMENT PVs ON THE ROOFS

85% facilities and installation (90% modules, 10% converters)
15% installation
Investment per 1 kW+vat=4,50 EURO app.

b) SHARE OF INVESTMENT PVs FOR BIG SOLAR POWER PLANTS

60% facilities and installation (80% modules, 10% converters, 10% installation)
10% project preparing, projects and studies
15% transformer station and connection
10% carriers construction and infrastructure
5% land,buying or renting with license building
Investment per 1 kW+vat=4 EURO app.

The small PVs on the roofs are the most effective in the Croatian regions with insolation under 1200kWp/h (northern parts of Croatia).On the coast and particulary hinterland of Dalmatia and the islands all kinds of PVs are effective because of the insolation much over 1200kWp/h including bigger photovoltaic systems.Particulary interesting are the special care areas because of the lower interest rates ( 4% Croatian Bank for Reconstruction and Development ), and later smaller taxes.More information on
http://solarserdar.blogspot.com/
and
http://solarserdar.wordpress.com/

Low costs of servicing and line connection with the investor and facility supplier are a guarantee of safety and reliablity for the business.
The recent growth of interest to invest in new power plants in Croatia resulted from implementation of laws and regulations that stimulate electricity production from renewable energy sources ( RES ).
Most of these plants tend to connect to the distribution network.

Distribution system operator HEP - ODS ltd.( DSO ) in cooperation with other entities;
HEP - TRANSMISSION SYSTEM OPERATOR ltd, Ministry of Economy, Labour and Enterpreneurship, The Croatian Energy Market Operator continues working on the adjustments and simplifying necessary procedures for connecting power plant to DSO network, as well as on defining the necessary technical requirements on connection of production unit to the power distribution network.

This document gives a procedure for a potential electric energy producer to go with DSO starting the first contact and finishing with a final connecting to the DSOs network. The document gives the actual experiance and current status of inplementation of given procedure; connecting the power plants to power distribution network.

CROATIAN RENEWABLE ENERGY CENTER SOLAR SERDAR ( CRECSS )

Željko Serdar
Head of business association

www.solar-serdar.com
solarserdar@gmail.com
solarserdar@yahoo.com

Monday, December 13, 2010

FRONIUS promoted by SOLAR SERDAR


RENEWABLE ENERGY CENTER SOLAR SERDAR


promote

FRONIUS



Welcome to Fronius USA LLC

Fronius Austria was established in 1946. Fronius USA was established in January of 2002. The founder of Fronius Austria had the vision to see a need for high quality, competitively priced welding machines in the European market.

During the span of time since, the Fronius Company has become not only a leading manufacturer of quality welding equipment, but as a leader in the technology of welding.

As a company, Fronius International GmbH (Austria) recognized the need to promote this technology on a worldwide basis. This brought about the formation of Fronius USA.

Fronius USA LLC has begun by introducing the Digital Revolution machines. The TransPuls Synergic and TransSynergic welder versions of the 2700, 4000 and 5000 model welding machines come complete with an American faceplate and synergic lines for common AWS standard filler metals.

Fronius USA LLC has also introduced production proven LaserHybrid, Twin Wire and TIG Hot Wire.

The quality certificate ISO 9001 of our production plant shows complete guarantee for highest, periodical controlled quality. Our products are manufactured according to the valid product standards and are provided with the UL / CSA approval.

Our office in Brighton Michigan will support your companies needs with service and spare parts, along with a Demonstration / Weldtest Lab for CMT, Tandem, Plasma, MIG and TIG welding.

Fronius USA LLC
Welding Technology Division
10421 Citation Drive
Suite 1100
Brighton, MI 48116
Tel: 810-220-4414
Fax: 810-220-4424
E-Mail: sales.usa@fronius.com

Technology in a leading hand
Fronius converts energy and is recognized as a technology leader in our USA divisions.

In the field of welding technology, Fronius is a competent partner to the international automotive industry and other metalworking industries where high quality is a major concern.
Its superior know-how has also established Fronius in the field of photovoltaics, where it produces high-quality solar electronics.

Welding technology division Products: Arc welding for crafts, trade and industry in manual and fully automatic welding applications.
Sales: Direct sales in USA.

Solar electronics division Products: Inverters and data communication solutions for grid-connected photovoltaic systems.
Sales: Direct sales in North America.

Grid-Connected PV Inverters
Solar energy is converted into electricity and fed into the public grid. Efficient, reliable, high power inverters form the heart of any PV system. In the development of PV inverters, Fronius has thought out new technologies, searched for innovative solutions, and has found completely new answers. The result: Highly functional grid tied inverters, which interact optimally with all solar modules.

Fronius IG. The reliable series of PV inverters.

Maximum flexibility with Fronius IG. The PV inverter family works exceptionally with all solar panels available on the market. The ingenious processor control - the Fronius IG Module-Manager™ software - and a large number of other enhancements makes them very versatile. They work reliably and efficiently in every class thanks to Fronius' remarkable experience and decades of research and development.

Maximum energy harvest. Cloudy or clear.
The first complete solution.
Reliable. Proven. Smart.

A strong addition to the family: The next generation Fronius IG Plus inverter builds on a successful model with multiple enhancements, including maximum power harvest, a built-in six circuit string combiner, integrated, lockable DC Disconnect, significantly improved efficiency, and unbeatable reliability. New, larger power classes expand the proven Fronius IG family (from 3.0 to 12 kW). And numerous advantages provide consistently high earnings. More info at http://solarserdar.blogspot.com/

System Monitoring
Fronius DATCOM is a user-friendly data communications system for individual PV system monitoring.

The hardware components are quick and easy to install, the software easy to operate. Because of its modular design, Fronius DATCOM can be upgraded at any time. Customized monitoring solutions, from basic equipment to complete system management, can be installed quickly and easily. Because every PV system operator wants to know how their investment in the system is doing.

Modular. Quick and easy to install. User-friendly.

Fronius Personal Display
Operating Manuals

Anyone who wants to keep up to date with the output data of their installation yet does not want to run to the inverter to read off the values every time, can now use the Personal Display.

Simply place it in the desired room at home and you can read off all the current data from up to 15 inverters at any time. Data transmission from the inverter to the Personal Display is executed via radio transmission. Each inverter to be monitored requires a Personal Display Card.

At night the Personal Display presents the collected data from the previous day.

Installation is simple: just insert the Personal Display Card into the Fronius inverter, attach the antenna on or close to the inverter, set up the Personal Display in the house and you're all set. More info at http://solarserdar.wordpress.com/

No holes and sealing, no costly laying of cables – just plug & play. The wireless radio link makes this possible, regardless of whether you use Fronius DATCOM or not.

Webcasts and Seminars
Skills lay the foundations for a successful future. There is a lot of know-how packed into each of our products – and we want to pass this know-how on to our customers.

Below you will find a detailed list of scheduled events. We hope you can join us and look forward to seeing you there!

Warranty process
At Fronius, we have been making electronics equipment for over a half a century. At our ISO 9001 certified production plants, we make only high quality products that we stand behind.

You will probably not encounter a problem with your FRONIUS Solar Inverter, but in the unlikely event that within 10 years from the original purchase, you discover a problem caused by defects in either workmanship or materials, we will be happy to see that it is repaired or replaced depending on what we decide would be best.

The FRONIUS Solar Inverters are designed to withstand normal wear and tear, but they are not indestructible. In the event that your inverter will need to be serviced, you must follow this policy and procedure for warranty returns and repairs:

The Installer in the field notes a Service issue. Installer calls Fronius Technical Support Representative at (810) 220-4414. Technical Support is available Monday through Friday, excluding holidays, from 6:00am to 6:00pm PST and weekends by appointment only.

Fronius Technical Support Representative determines whether the issue requires a replacement unit or component, and if so an RMA is issued during the call.

Information is collected regarding system information including serial number, where the replacement unit/component is to be delivered and where the potential Service Reimbursement would be used.

Fronius USA, LLC ships a replacement unit/component to the Installer.

The Installer replaces the non-functioning unit/component and returns the non-functioning unit/component back to Fronius within 14 days.

Fronius USA, LLC inspects the non-functioning unit/component within 14 days of receipt to see if the issue falls under the scope of the Warranty agreement and the Service Reimbursement program. If the issue meets both criteria, your Service reimbursement of $250.00 per qualifying RMA can be either a credit provided on your companies behalf to your Fronius Distributor or a check issued by Fronius to your company (sorry Fronius can not issue service reimbursement checks to individuals). Further details of this program can be found in the Fronius USA Premium 10 and 15 year Warranties.
More info at http://solarserdar.blogspot.com/

Planning aids
Planning an efficient photovoltaic system is a complex matter. Many different factors must be taken into account: from the selection of the module type, and the arrangement of the modules, up to the choice of the most suitable inverter, and many other parameters. It is best to get advice from a competent PV installation engineer. To get a first impression, take a look at the Fronius online planning aids.
Configuration examples
Options for diagnosis, analysis and monitoring ranging from small systems to megawatt systems.
Fronius DatCom Assistant
The DatCom Assistant is designed to help you in designing and installing a Fronius IG DatCom system.

Planning examples for PV system monitoring
Efficient planning of PV system monitoring on the basis of actual examples.
Fronius Configuration Tool
Comfortable software for the exact dimensioning of PV systems. Free to download and use!

Step-by-step
Seven simple steps to optimum PV system monitoring.
More info at http://solarserdar.wordpress.com/

Stocking Distributors
Fronius on hand


Not only has Fronius built up a global sales and service network, it has also trained special teams who are ready to address the concerns of our customers. Every single Fronius partner has been carefully selected to provide trustworthy advice and customer-oriented service. Pick a Fronius stocking distributor who can deliver the expertise to meet your needs.


Fronius Stocking Distributors
AEE Solar
1155 Redway Dr.
Redway, CA 95560
Tel: 800-777-6609
email: info@aeesolar.com
web: http://www.aeesolar.com/
Conergy
1730 Camino Carlos Rey Suite 103
Santa Fe, NM 87507
Tel:(888) 396-6611
email: info@conergy.com
web: http://www.conergy.us/
DC Power Systems, Inc.
1500 Valley House Drive, Suite 210
Rhonert Park, CA 94928 Tel: 800-967-6917
email: daniel@dcpower-systems.com
web: www.dcpower-systems.com
groSolar
warehouse locations:
White River Junction, VT
Jessup, MD
Durango , CO
Grass Valley, CA
Berkeley, CA
San Diego, CA
Tel: 800-GO-SOLAR or 800-467-6527
email: info@groSolar.com
web: http://www.grosolar.com/
Krannich Solar, Inc.
7000 Commerce Pkwy., Suite B
Mt. Laurel, NJ 08054
Tel. 856-802-0991
e-mail: info@usa.krannich-solar.com
web: usa.krannich-solar.com

Ontility
3403 N. Sam Houston Parkway
Suite 300
Houston, TX 77086
Tel. 877-558-7479
email: DISales@ONTILITY.com
web: ONHouston@ONTILITY.com




Solar Depot LLC - Petaluma Warehouse
1240 Holm Rd.
Petaluma, CA 94954
Tel: 800-822-4041
email: infodepot@solardepot.com
web: http://www.solardepot.com/

Solar Depot LLC - Sacramento Warehouse
8540 Morrison Creek Drive
Sacramento, CA 95828
Tel: 800-321-0101
email: jesse@solardepot.com
web: http://www.solardepot.com/

Solar Depot LLC - Corona Warehouse
280 N. Smith Ave.
Corona, CA 92880
Tel: 800-680-7922
email: roy@solardepot.com
web: http://www.solardepot.com/

SunWize Technologies
1151 Flatbush Road
Kingston, NY 12401-7011
Tel: 800-817-6527
email: info@sunwize.com
web: http://www.sunwize.com/

CROATIAN RENEWABLE ENERGY CENTER SOLAR SERDAR (CRECSS)

Željko Serdar
head of business association


www.solar-serdar
solarserdar@gmail.com
solarserdar@yahoo.com

Monday, December 6, 2010

HROTE promoted by CCRES


CROATIAN ENERGY MARKET OPERATOR (HROTE)

promoted by



CROATIAN CENTER of RENEWABLE ENERGY SOURCES (CCRES)

About HROTE
Croatian Energy Market Operator (HROTE) started to operate on 4 April 2005. HROTE performs activities of organizing the electricity market as a public service, under the supervision of the Croatian Energy Regulatory Agency (HERA).

HROTE's main responsibilities include:

issuing Electricity Market Rules,
registration of contractual obligations among market participants,
keeping records of eligible customers,
keeping records of suppliers,
preparation of a day ahead market plan,
settlement of balancing energy,
collecting fee for incentivizing the renewables and cogeneration from suppliers and its distribution to eligible producers,
analysing the electricity market and recommending measures for its improvement.
The company is financed according to the Decision on fee for electricity market organization (Official Gazette 94/2007). The fee is determined by the Croatian Government at the proposal of the Ministry of Economy, Labour and Entrepreneurship.

Croatian electricity market
Adoption of the Energy Act, the Act Amending the Energy Act, the Electricity Market Act and the Energy Activity Regulation Act created necessary conditions for gradual opening of the national electricity market.

There is only one electricity market in Croatia. In the initial phase of the market opening, the model of bilateral market has been chosen and the electricity trading has been carried out through bilateral contracts.

Electricity Market Rules regulate relations and activities in the electricity market, as well as determine obligations and duties of market participants in the process of electricity trading.
These Rules are binding for all electricity market participants.

Market model
The framework for performing energy activities in the electricity market is established by energy related acts, while secondary legislation elaborates legal provisions.

In Croatia we distinguish:

public service obligation of tariff customers' electricity supply,
electricity market.
According to the Electricity Market Act, tariff customers are supplied by the energy entity having public service obligation of tariff customers' electricity supply. This task is performed by HEP Group. Electricity prices for tariff customers are regulated by the Energy Act and the Tariff System for Energy Activities Performed as Public Services. The number of tariff customers shall decrease by gradual market opening.
More info at http://solarserdar.blogspot.com/.

Model of bilateral market, which is chosen in Croatia, is based on electricity trading through bilateral contracts. Contractual parties in the electricity supply contract are the customer and the supplier. Bilateral contracts concerning electricity trade (purchase or sale) are concluded between the supplier, the trader or the producer. Besides the supply contract or the electricity trade contract, the eligible customer and producer shall conclude a contract for using the network with HEP-Operator prijenosnog sustava (HEP-TSO) or with HEP-Operator distribucijskog sustava (HEP-DSO) depending on the voltage level the eligible customer is connected to.

HEP-TSO is in charge of procuring electricity necessary for system balancing. Each producer, supplier and trader is responsible to HEP-TSO for deviations from its contractual schedule.

Market participants
A market participant in the Croatian electricity market is any producer, supplier, trader or eligible customer.

A producer, supplier and trader must have a license for performing energy activity, issued by the Croatian Energy Regulatory Agency.

The organization of the electricity market, electricity transmission and distribution are regulated activities performed as public services:

HROTE is responsible for the organization of the electricity market,
HEP-Operator prijenosnog sustava (HEP-TSO) is responsible for electricity transmission, maintenance, development and construction of transmission system, and power system control,
HEP-Operator distribucijskog sustava (HEP-DSO) is responsible for electricity distribution, maintenance, development and construction of distribution system.
Regulated energy activities performed as public services also include electricity production for tariff customers and electricity supply of tariff customers. Both activities are performed by HEP Group as a part of a common and integral task of the energy entity having public service obligation of tariff customers' electricity supply.

Change of supplier
Procedure for change of supplier is prescribed by the General Conditions of Electricity Supply (Official Gazette 14/2006). Procedure is free of charge unless nonstandard services of HEP-TSO or HEP-DSO are required. In such a case, all nonstandard services have to be paid according to the price list for nonstandard services, which is published by HEP-TSO or HEP-DSO.

Balancing energy
During realization of bilateral supply contracts and electricity trade contracts deviations between realized and scheduled values are present. Since the power system operation is based on the balance between the electricity demand and supply, there is a constant need for system balancing. The real time system balancing is responsibility of HEP-Operator prijenosnog sustava (HEP-TSO).

In order to cover power system deviations in each hour, HEP-TSO offers balancing energy for sale or purchase to market participants. HROTE calculates the balancing energy, and HEP-TSO according to the calculation charges balancing costs from balance responsible parties. Balance responsible parties are any producer, supplier and trader. Each of them shall enter into the balancing energy contract with HEP-TSO. Calculation and billing of balancing energy are carried out in accordance with Balancing Energy Rules.More info at http://solarserdar.wordpress.com/.

Renewables and cogeneration

“You see, we should make use of the forces of nature and should obtain all our power in this way. Sunshine is a form of energy, wind and sea currents are manifestations of this energy. Do we make use of them? Oh no! We burn forests and coal, like tenants burning down our front door for heating. We live like wild settlers and not as though these resources belong to us.“

Thomas A. Edison, 1916

The incentive fee for electricity production from renewable energy sources and cogeneration
According to the Ordinance on Fees for Incentivizing Electricity Production from Renewable Energy Sources and Cogeneration (Official Gazette 33/2007),), that was passed by the Government of Republic of Croatia, the incentive fee is collected from all electricity customers in Croatia starting from 1 July 2007.

The collected fees are used by Croatian Energy Market Operator for payment of incentive price to eligible producers for electricity delivered to the power system, in compliance with the Tariff System for the Production of Electricity from Renewable Energy Sources and Cogeneration (Official Gazette 33/2007).

The incentive fee is collected through usual electricity payments, hence from tariff customers through money order of HEP-Operator distribucijskog sustava d.o.o. (by specific distribution area) and from eligible customers by their suppliers.

The amount on electricity bills due to incentive fee for year 2010 is 0.005 kn per kilowatt-hour (kn/kWh) + VAT, according to the Ordinance on the Amendments to the Ordinance on Fees for Incentivizing Electricity Production from Renewable Energy Sources and Cogeneration (Official Gazette 155/2009). Every customer can easily calculate the amount he/she pays for incentivizing electricity production from renewable energy sources and cogeneration by multiplying the electricity consumed (kWh) and the incentive fee (kn/kWh).More info at http://solarserdar.blogspot.com/.

Eligible producer
An eligible producer is an energy entity producing both electrical and thermal energy in a single production facility, using waste or renewable energy sources in an economically appropriate manner harmonized with environmental protection.

HEP–Operator prijenosnog sustava and HEP–Operator distribucijskog sustava shall take the entire amount of generated electricity from any eligible producer. The energy entity responsible for electricity supply shall off-take a minimal share of electricity generated by incentivized eligible producers in accordance with the conditions prescribed in the Ordinance on a Minimal Share of Incentivized Electricity Production from Renewable Energy Sources and Cogeneration.

The status of eligible producer is acquired by the decision of the Croatian Energy Regulatory Agency in accordance with the Rules on Acquiring the Status of Electricity Eligible Producer prescribed by the Minister of Economy, Labour and Entrepreneurship.

An eligible producer, apart from hydropower plants larger than 10 MW, can acquire the right to the incentive price prescribed by the Tariff System for the Production of Electricity from Renewable Energy Sources and Cogeneration.

According to the Ordinance on Fees for Incentivizing Electricity Production from Renewable Energy Sources and Cogeneration eligible and tariff electricity customers shall pay the incentive fee for electricity production from renewable energy sources and cogeneration. The incentive fee shall be specified on electricity bill, as well as other fees according to the Energy Act.
Croatian Energy Market Operator:

enters into electricity purchase contracts, with incentivized eligible producers, for electricity produced from renewable energy sources and cogeneration,
enters into contracts with all the suppliers in order to implement Ordinance on a Minimal Share of Incentivized Electricity Production from Renewable Energy Sources and Cogeneration,
collects from suppliers the incentive fee for electricity production from renewable energy sources and cogeneration,
settles and allocates the incentive price to eligible producers in accordance with concluded contracts. More info at http://solarserdar.wordpress.com/.

Learn more

"Knowledge is of two kinds. We know a subject ourselves,
or we know where we can find information on it. "

Samuel Johnson (1709 - 1784)

Renewable Energy Sources
Renewable Energy Sources (RES) are energy sources that are preserved in nature and can be completely or partially renewed, in particular, hydropower, wind energy, non-accumulated solar energy, biofuel energy, biomass energy, biogas energy, geothermal energy, wave energy, tidal energy, landfill gas or sewage treatment plant gas energy.

One of European Union (EU) strategic objectives is to incentivize the use of RES as it is in accordance with the sustainable development strategy and it helps to accomplish the goals of the Kyoto Protocol regarding reduction of greenhouse gases emissions. On 27 September 2001, the EU adopted an important legislative document – Directive 2001/77/EC of the European Parliament and of the Council on the promotion of electricity produced from renewable energy sources in the internal electricity market.

The purpose of this Directive is:

to improve security of supply by means of reducing dependence on imported fuels,
evironmental protection,
to enable regional development thereby increasing the employment by creating new jobs.
The Directive requires from Member States to accept the measures and incentives in order to reach the objective of 22.1% share of electricity produced from RES in the total EU gross electricity consumption by the year 2010.

The Ministry of Economy, Labour and Entrepreneurship, in the Regulation on a minimal share of incentivized electricity production from renewable energy sources and cogeneration, has set a goal to achieve 5.8% as the minimum share of electricity produced from RES in total consumption in Croatia by 31 December 2010. Since "green energy" includes the electricity generated by hydropower plants, about 50% of electricity generated in Croatia comes from RES.

However, since the share of other RES is minimal, the intention is to incentivize electricity production from RES through support mechanisms.

Cogeneration
Cogeneration (Combined Heat and Power, or CHP) is a simultaneous generation of two useful energy forms (electrical and thermal) in a single process. Thermal energy, which remains unused in a conventional power plant (or is released into the environment affecting it adversely), is used in numerous industrial processes or, more often, for heating buildings or even entire blocks. Thermal energy can be used for steam production, water or air heating. One way to use cogeneration is also trigeneration where some energy is used for cooling. They can be fired by natural gas, biomass, lumber or hydrogen (for fuel cells). The choice of cogeneration technology depends on fuel availability and price.

Basic cogeneration advantage is increased fuel efficiency in comparison with conventional power plants which are used only for electricity production, as well as industrial systems which are used only in steam or hot water production for technical processes. Total cogeneration efficiency ranges from 70 to 85% (27-45% electricity and 40-50% thermal energy) while total efficiency in conventional power plants ranges from 30 to 51% (electricity).More info at http://solarserdar.blogspot.com/

Cogenerations have a significant role as a distributed energy source due to their positive effects: lower network losses, decrease of transmission congestion, improvement of voltage quality, increase of electricity supply reliability. Negative environmental effects are also diminished. Commercially available CHP technologies include steam and gas turbines, microturbines, reciprocating engines, Stirling engine and fuel cells with a wide capacity ranging from 1 kW for Stirling engine to 250 MW for gas turbines.

On 11 February 2004, an important European energy legislative document was adopted – Directive 2004/8/EC of the European Parliament and of the Council on the promotion of cogeneration based on a useful heat demand in the internal energy market.

The purpose of this Directive is the following:

promoting high-efficiency cogeneration based on useful heat demand (savings of primary energy of at least 10% obtained by combined production instead of separate production of heat and electricity),
decreasing network losses,
decreasing greenhouse gases emissions.
In accordance with the above mentioned, the Ministry of Economy, Labour and Entrepreneurship, in the Regulation on a minimal share of incentivized electricity production from renewable energy sources and cogeneration, has decided to achieve a minimal share of 2% of electricity produced from cogeneration in total electricity consumption in the Republic of Croatia by the 31 December 2010.

Support mechanisms for RES
The price of electricity produced from renewable energy sources is significantly higher than an average price of electricity produced in conventional power plants. For this reason the Directive 2001/77/EC of the European Parliament and the Council on the promotion of electricity produced from renewable sources in internal electricity market binds every EU member state to legally define a support mechanism.

Two most usual support mechanisms used nowadays in Europe are: feed-in tariff system or pricing system and system quota obligations.

Feed-in-tariff system defines the following obligations:

TSO and DSO obligation of connecting eligible producers to the network,
obligation to purchase electricity produced from renewable energy sources,
obligation to implement a tariff system for producing electricity from renewable energy sources.
This support mechanism is currently the most common in Europe, in states where the largest number of facilities using renewable energy sources are present (e.g. Germany, Spain, Denmark, the Netherlands, France, Portugal).

System quota obligation is a legally defined energy entity’s obligation to produce or off-take a specified amount of electricity generated from renewable energy sources. The quota fulfillment is supervized by a responsible body authorized and registered by the state.More info at http://solarserdar.wordpress.com/

Green certificates can acknowledge the fulfillment of the prescribed quota. Prescribed quotas are fulfilled when an energy entity shows proof of purchasing an appropriate number of green certificates to a responsible body. Green certificate market is parallel to electricity market. A producer of electricity from renewable energy sources sells its produced electricity for a market price in parallel with selling the green certificate gotten/awarded for each MWh of electricity produced from renewable energy sources. This additional green certificate sales income enables covering most of its larger production expenses which a producer might have in comparison with other producers.

Green certificates are issued by a body responsible for certificate issuing, authorized and registered by the state. Since a green certificate represents an electronic record containing all required data including “the guarantee of origin”, it is necessary to introduce a single register for keeping record of green certificates in order to provide a transparent and non-discrimatory market. Green certificates have a certain “life cycle” which includes the process of their issuing by a responsible body, certificate trading – since the same certificate can change several owners - and finally its utilization in case when the electricity amount covered by a certain green certificate has been sold to the end-customer. Such support mechanism is market oriented and has been applied in only six European states: Great Britain, Sweden, Belgium, Italy, Romania and Poland.

HROTE Croatian Energy Market Operator
Miramarska 23 10000 Zagreb Croatia
T +385 1 63 06 700 F +385 1 63 06 777

CROATIANCENTER of RENEWABLE ENERGY SOURCES (CCRES)
Zeljko Serdar
Head of business association
solarserdar@gmail.com

Wednesday, December 1, 2010

WESTWOOD RENEWABLES - SOLAR SERDAR (CCRES)

RENEWABLE ENERGY CENTER SOLAR SERDAR
 
promote 
  
WESTWOOD RENEWABLES Company

About Westwood (recently Westwood Renewables) is the Midwest’s leader in solar electric development, design and education. Our staff has more than 50 years of combined experience in PV and energy and is regarded as the Midwest’s experts in cold climate PV design and development. Westwood is dedicated to supporting the demands of commercial and utility scale wind and PV solar projects in the Midwest. 

  Process 


Overview The solar development process includes five major phases: Analysis, Design, Finance, Installation and Maintenance. Each phase is designed to inform our clients of the available products, system choice and design configuration. This approach results in a decision making process that allows our clients comfort knowing that all options have been explored and that their system is custom-designed to fit their needs. More info at http://solarserdar.wordpress.com/. 

  Corporations 

Overview Westwood provides businesses with comprehensive renewable energy production solutions. Our PV solar energy systems will fix electrical energy costs and help achieve corporate sustainability goals. Our services include design, engineering, and installation of corporate owned and operated systems. We provide all parts of the solution depending on your situation. With solar industry experience dating back to 1979 our staff is uniquely qualified to complete your project. We specialize in electrical design, integration and delivery and have a proven track record of working with utility companies and regulatory agencies to gain project approval. Our services include: Feasibility Studies Design and Engineering Installation and Commissioning Operation and Maintenance PV Seminars and Training Courses Types of Systems: On-grid and off-grid Roof mounted Building Integrated PV (BIPV) Ground-mounted Small wind Hybrid PV/wind .More info at http://solarserdar.blogspot.com/.
  

  Institutions 

Overview Westwood is a complete service provider for solar and wind energy installations. We customize each step of the process to fit your institution’s needs. Our services include design, engineering, and installation of institution owned and operated systems. With solar industry experience since 1979, our staff is uniquely qualified to complete your project. We specialize in electrical design and integration and have a proven track record of working with utility companies and regulatory agencies to gain project approval. Our services include: Feasibility Studies Design and Engineering Installation and Commissioning Operation and Maintenance PV Seminars and Training Courses Types of Systems: On-grid and off-grid Roof mounted Building integrated PV (BIPV) Ground-mounted Small wind Hybrid PV/wind .More info at http://solarserdar.blogspot.com/. 

  Power Providers 

Overview Westwood offers energy producers a comprehensive solution to meeting renewable portfolio standards (RPS). We can increase your production of renewable energy while simultaneously providing energy during peak load periods. With solar experience dating back to 1980, our expertise is un-paralleled in the Midwest. We provide energy producers with the services they need to design, construct, and operate PV systems. Our services include: Feasibility and Siting Studies Design and Engineering Installation and Commissioning Operation and Maintenance PV Seminars and Training Courses Types of Systems: On-grid and off-grid Roof-mounted Building Integrated PV (BIPV) Ground-mounted Wind Hybrid PV/wind .More info at http://solarserdar.wordpress.com/. 

  Small Wind 

Overview Nobody knows Minnesota’s wind resources better than Westwood. Our team has over a decade’s worth of experience installing and maintaining small wind turbines across the state and region, from small off-grid cabins to large commercial buildings. We have the knowledge and the tools to site, size, and install a turbine, tower, and electrical system properly and efficiently for maximum energy harvest. Grid-tied, battery backup, or off-grid, we can install any system to meet your specific demands. We know when a site will not support wind power and we won’t recommend a turbine for a site that does not meet our stringent standards. Westwood's maintenance team has experience working on many kinds of turbines, towers, and electrical systems, and can perform your scheduled (or unscheduled) maintenance without the headache and at the best value. Westwood's wind energy group brings the unique knowledge and experience of working on over 100 major wind farms since 1997, totaling over 10,000 MW (1GW) installed. Westwood provides surveying, civil engineering, aerial mapping, GIS, permitting, and other support services all in one package. Together, we provide an invaluable resource for clients facing an extensive zoning and/or permitting process.More info at http://solarserdarblogspot.com/. 

  Contact : 

Westwood Renewables 
 info@westwoodps.com Minneapolis Office 7699 Anagram Drive Eden Prairie, Minnesota 55344 TEL 952.697.5700 FAX 952.937.5822 

  CROATIAN RENEWABLE ENERGY CENTER SOLAR SERDAR (CCRES) 

 Željko Serdar Head of business association solarserdar@gmail.com solarserdar@yahoo.com www.solar-serdar.com

SOLAR FIELDS - SOLAR SERDAR (CCRES)


Siemens Solar Fields

promoted by

Croatian Center of Renewable Energy Sources (CCRES)

1. Solar energy is concentrated by the mirrors onto the receivers. Solar collectors rotate to maximize the capture of solar energy
2. Heat transfer fluid (HTF) is circulated and heated through the solar field loops. Cooled HTF returns for reuse
3. Oil pumps circulate the oil through the solar field
4. Heat exchangers forward the thermal energy from the HTF system to the water/steam (W/S) system
5. The W/S cycle transfers the thermal energy from the heat exchangers to the steam turbine
6. The steam turbine converts thermal energy to electric power
7. The cooling tower cools the water cycle
8. Clean power is delivered to the end users via the power grid
9. Central control optimizes solar power plant operations.
More info at http://solarserdar.blogspot.com/

Solar fields generate clean, carbon-free, renewable energy from an endless resource. They contribute to a more sustainable and ecologically sound power generation landscape. However, like any other power generation project, solar fields are, first and foremost, expected to perform at maximum levels and generate revenue. That is why they must prove their inherent financial feasibility before implementation.

However, sound project planning can easily become problematic due to the technical complexity of a solar field. If all of the critical solar components are delivered from multiple sources and providers, both delivery and performance risk can increase.

The SunField LP from Siemens is a groundbreaking solar field concept designed to address these issues. Its vertically integrated concept can help reduce project risks and reduce costs considerably for both investors and EPCs. It can enable more precise cost control, performance optimization of the entire trough, streamlined construction and an outstanding degree of electrical production at an excellent price/performance ratio.

Siemens manufactures and supplies all of the relevant solar field components, from solar receivers to parabolic reflectors and solar collector assemblies (SCA). As a single source supplier for an entire solar field, Siemens takes advantage of its decades of research and development in solar power, as well as its significant experience in testing, calibrating and optimizing parabolic trough performance.

The result is a reliable, highly efficient solar field solution based on commercially proven technology. As such, the SunField LP can suit investors’ and EPCs’ operational and financial models and promote bankability.More info at http://solarserdar.wordpress.com/

A solar field collects sunshine, concentrates it, converts it into thermal heat, and, finally, into electrical power. While this working principle may seem simple, it requires precise engineering and thorough research and development efforts to optimize the energy yield of the solar fields and turn solar power generation into an environmentally and economically beneficial option.

The SunField LP builds upon Siemens’ long-standing engineering experience with solar fields, as well as decades of on-site testing and integration at the commercially operational solar thermal facilities in California and various test facilities. Through many years of experience and modeling, Siemens has developed optimized solar field sizes and configurations. All key components of the Siemens SunField LP are precisely harmonized and coordinated with one another in order to obtain highest efficiency.
More info at http://solarserdar.blogspot.com/

The SunField LP package also includes important planning elements, including solar field design and engineering and design coordination. In addition, Siemens also offers power plant operations and maintenance services to help maximize the operational integrity of the SunField LP.

The basic component of the SunField LP solar field is the Siemens solar collector assemblies (SCA), a metal parabolic framework designed to hold the receiver and reflector panels in place and keep them perfectly aligned.

Line-based production for all components and processes, rather than the project-based approach employed by other providers, helps provide the Siemens SCA with the high accuracies necessary for optimal electricity production,and can enable fast and simple assembly and installation.

The SCA includes the latest advances in high torsion stiffness, vibration damping, high stiffness against bending, and corrosion resistance. These advances are important for consistent maximum optical efficiency. A hydraulic drive pylon and control system enable the SCA to precisely track the sun over the entire course of the day.

The parabolic reflector panels are made up of hot-formed mirrored glass panels supported by a truss system that gives the solar collector assembly its structural strength. To increase the transmissivity for solar radiation, the reflecting panels with their silver-based mirror coating are made of special glass with a particularly low iron content. The reflector panels need to be built to the highest standards of precision and durability, as even the slightest degradation can potentially impair the overall efficiency of the power plant.More info at http://solarserdar.wordpress.com/

The UVAC 2010 is designed for extremely low heat loss and high transmissivity. It is characterized by its superior thermal efficiency, which helps significantly increase the electrical output of a solar power plant. Its optical and thermal properties provide for outstanding heat creation compared to other available receivers.

The UVAC 2010 is composed of a selectively coated stainless steel tube within an anti-reflective evacuated glass tube. The UVAC 2010 includes Siemens’ patented vacuum maintenance unit and the anti-”fluorescent phenomenon” coating, designed to provide stable performance over time, even under extreme conditions.

A specially designed, advanced field control system assures the efficient collection of solar radiation. At the core of this system is a specialized sun position sensor. It enables precise tracking and focus of the sun’s rays onto the UVAC, and periodically sends commands to a drive system designed to position the SCA for optimal effect. The control system consists of local microprocessor controllers on each SCA and a field supervisory controller in the central control building, where the operators monitor the status of each SCA and all operational values, including solar insolation, wind velocity and HTF temperature. An interactive user interface contributes to the system for userfriendliness and responsiveness.More info at http://solarserdar.blogspot.com/

Siemens has designed a complex solar field operational model to complement the SunField LP. The model simulates the operating modes of the solar field, uses meteorological data to perform a heat balance calculation at certain time intervals throughout the year, and provides a calculated estimate of potential output over the lifetime of the power plant. Optical interaction factors, transient conditions, start-ups and changing weather conditions are all taken into consideration. The results are provided in terms of yearly and hourly values, and are verified and calibrated on the basis of results from various plants in operation.

For more information please contact Siemens Customer Support Center:

Phone: +49 (0)180 524 70 00

Fax: +49 (0)180 524 24 71

Siemens AG
Energy Sector


Freyeslebenstrasse 1
91058 Erlangen
Germany

support.energy@siemens.com

Croatian Center of Renewable Energy Sources (CCRES)

Željko Serdar
Head of business association
solarserdar@gmail.com


Saturday, November 27, 2010

TRITEC promoted by SOLAR SERDAR (CRECSS)


CROATIAN RENEWABLE ENERGY CENTER SOLAR SERDAR (CRECSS)

promote

TRITEC


TRITEC supplies photovoltaic systems and solar power plants
For 23 years, TRITEC has been a photovoltaic system supplier for all components of photovoltaic systems and an international system integrator for solar power plants.
You want to install a roof-integrated PV system or use a certain solar module? Our new TRITEC reference data base allows you to compile your portfolio of model PV systems quickly and clearly.

TRITEC is present throughout Europe. The company's headquarters are in Switzerland, subsidiaries and distribution companies are located in Germany, France and Spain. Other European markets are covered by partner companies.

TRITEC represents clean energy. The cleanest energy comes from the sun: today and in the future. For TRITEC, clean energy and sustainability belong together. We guarantee the highest quality in the long term: with our A Brands, our partners, our employees.

Product Overview Photovoltaic Components
As a specialist wholesaler in the solar technology, we have an extensive range of quality products.

We provide complete photovoltaic systems with all components of a photovoltaic system, which - whether the system is designed for grid connection or as a stand-alone system - must be perfectly coordinated, in order to achieve optimal efficiency.

The most important components of a grid-connected photovoltaic system are solar modules, one or more inverters and an mounting system.

Components of stand-alone systems include

Solar modules
Stand-alone inverters
Batteries
Charge controllers
As solar component manufacturer we are active in measuring and mounting system technologies. Our own products include PV control and measuring instruments and the brand-new PV on-the-roof mounting system TRI-STAND.

Our brands
Systems producing solar power are exposed to the most severe weather conditions for years and years. If you want to ensure the safe, trouble-free generation of clean power in the long term, you must be able to rely on best quality. For this reason, we exclusively work with manufacturers who guarantee the highest quality.More info at
http://solarserdar.wordpress.com/

› Danfoss
› Draka
› Ecolights
› Hoppecke
› Huber+Suhner
› Kaco
› Kyocera
› LeoniStuder
› Morningstar
› MultiContact
› Phoenix Contact
› Rennsteig
› Sanyo
› Schott Solar
› SMA
› Solar-Log
› SolarMax
› SolarWorld
› Solrif
› Suntech
› SunWare
› Sunways
› TRITEC
› Tyco

Photovoltaic power plants
For large PV power plants local installers are unable to handle, we undertake the planning, installation and maintenance: our TRITEC Project Activities in an overview.

Here our highest priority is: We guarantee sustainable quality and secure yields.

Are you a Roof or land owner? Then you can operate your own solar system or rent out your surfaces. Both is wise: Solar power systems are technologically innovative, aesthetically pleasing in terms of architecture and sustainable at the same time. Since solar power is also profitable, photovoltaic systems are becoming increasingly attractive as investment objects.

You would like to invest in the future technology Photovoltaics, but you do not have a suitable surface? We handle the complete project development, provide help with financing and take responsibility for the project implementation and the operation of the finished solar system.

Service and Support Overview - Safely supported in all aspects.
We support you in Planning and Designing Your Solar Systems sustainably.

We regularly offer Trainings - for PV beginners and PV professionals. Click here to view our training schedule for the various TRITEC sales outlets.

The TRITEC Photovoltaic Insurance protects against losses caused by incalculable damages to the installed photovoltaic system. Even in case of personal negligence.
More info at http://solarserdar.blogspot.com/

Milestones
1987
Giorgio Hefti contributes to one of the first solar power installations in Switzerland

1998
Idea and concept of the project «Megawatt»; 333 solar power installations shall be built with 3 kW power each using Kyocera solar modules

1989 to 1990
Implementation of the project «Megawatt»

1991
Giorgio Hefti forms the engineering firm IBG Hefti in Allschwil/Basel

1991 to 1992
Realisation of the first solar power installation in the range of 20 kW for Elektra Birseck Münchenstein using first generation three-phase central inverters from the company Sputnik (SolarMax DC20 and DC30)

1993
Formation of the TRITEC AG based in Allschwil/Basel with a branch office in Berne


Official beginning of business relations with KYOCERA; still successful to this day


First contacts with MASTERVOLT and beginning of a long-standing business relation


Realisation of the first fully roof-integrated solar power system with customised laminates and at the same time the first order from the company GSS in Gera/Thüringen

1994
Exclusive distribution of the world's first transformer-free inverter (SolarMax S from the company Sputnik)

Equipping of 40 alpine weather stations of the Swiss Meteorological Institute (SMA) with a stand-alone photovoltaic energy system

1995
Launch of the first solar-compendium

1995 to 1996
Realisation of numerous private grid-connected systems and extending of the stand-alone market

Launch of the worldwide first GRID-Panels (Solar module with integrated inverter)

1998
Production of the worldwide first terminal boxes with integrated short-to-ground detection

1999
Production of the worldwide first terminal boxes with integrated string-current monitoring

2000
Installation of the first solar power system in Basel in terms of the Solarstrombörse of the Industrielle Werke Basel (IWB)

Formation of the German subsidiary TRITEC Energie GmbH in Freiburg im Breisgau (Baden-Württemberg) for the distribution and the customer service in Germany

Integration of the measuring technology company TRICON (SIC 100) into the TRITEC Energie GmbH

2001
Formation of the French subsidiary TRITEC France Sarl for the distribution in France, the Dom-Tom-markets and in Africa.

2004
Acceptance of bid for the construction of the world's largest solar power installation on top of the roof of a football stadium (Stade de Suisse in Berne)

Move of the headquarter to the former corporate building of CANON

2005
Realisation of the 855 kW solar power installation Stade de Suisse as the prime contractor

Opening of a TRITEC branch office in Aarberg for engineering, planning, installation and maintenance of solar power systems

Formation of the Spanish subsidiary TRITEC Spain in Barcelona for the distribution and customer service in Spain

2006
Acquisition of the majority-interest of the logistics company TriEnergy GmbH in Weissach, Germany

Partnership with Soliclima for the installation and maintenance of solar systems in Spain

2007
Creation of the holding company TRITEC Holding AG

Foundation of TRITEC International AG

Foundation of the distribution companies TRITEC Italy, Slovenia, United Kingdom, Greece, Scandinavia, Low Countries, Poland and Bulgaria

Extension of the solar installation Stade de Suisse to 1.35 MW

2009
500 specialist installation partners worldwide

Planned further internationalization: USA

Expansion of the international PV power plant construction

Launch of a fund to finance power plants

Headquarter – Wholesale Trade and System Integration
TRITEC International AG
Herrenweg 60
CH-4123 Allschwil / Basel

P +41 61 699 35 35
F +41 61 699 35 99
Email info(at)tritec-energy.com

VAT No.: 669 415
ZAZ Account: 4079-8
German USt-IdNr. (International VAT No.): DE254557573

Contacts
CEO TRITEC Group
Giorgio Hefti

CFO TRITEC Group
Andreas Specht
+41 61 699 35 34

Marketing & Communication
Marketing Director
Sibylle Hamann
+41 61 699 35 51

Marketing & Communication
Manuela Cosentino
+41 61 699 35 41

Marketing & Events
Pascale Oesch
+41 61 699 35 31

Product Marketing & Communication
David Herrmann
+41 61 699 35 61

Communication & Events
Power Plants
Magali Lähns
+41 61 699 35 58

Power Plants
International Project Manager
Stephan Kresin
+41 61 699 35 57

Assistant International Project Manager
Marcel Pinyana
+41 61 699 35 42

Administration & Finances
Finances & Administration
Andrea Sutter
+41 61 699 35 47

Finances & Administration
Susanne Milligan
+41 61 699 35 62

Assistant CEO & Administration
Nicole Grether
+41 61 699 35 53

Projects, Planning & Services
Catherine Hills
+41 61 699 35 39

Projects, ERP & Services
Andreas Maier
+41 61 699 35 52

Group Controller
Claudio Carpi
+41 61 699 35 49

Purchase
Steve Brodbeck
+41 61 699 35 56

Sales & Marketing
Shane Chu
+41 61 699 35 44

Apprentice
Ivan Rudin
+41 61 699 35 59

Development & Services
Development & Services
Dirk Dörflinger
+41 61 699 35 43

Services
Hermann Keller
+41 61 699 35 35

Student Duale Hochschule
Maxim Kraus

CROATIAN RENEWABLE ENERGY CENTER SOLAR SERDAR

Željko Serdar
Head of business association

solarserdar@gmail.com
www.solar-serdar.com

Tuesday, November 23, 2010

PV PLANT PROFILE - PROJECT EXAMPLES


RENEWABLE ENERGY CENTER SOLAR SERDAR (CRECSS)

PV PLANT PROFILES

PROJECT EXAMPLES



A)
Location: Eschwege, Germany
Operator: Kai Hoe
Commissioning: 5/3/2008

System power: 9.36 kWp
Annual Production: approx. 8,190 kWh (875 kWh/kWp)
CO2 avoided: Approx. 5.7 tons per annum

Modules: 52 Schüco S 180-SP-4
Azimuth angle: 13°
Angle of inclination: 31°
Inverter: Sunny Boy 4000TL
Sunny Boy 5000TL
Communication: Sunny WebBox
More info at http://solarserdar.blogspot.com/

B)
Location: Varazdin, Croatia
Commissioning: 5/11/2009

System power: 20.64 kWp
Annual Production: approx. 19,236 kWh (932 kWh/kWp)
CO2 avoided: Approx. 5.8 tons per annum

Modules: Solvis 215 W
Inverter: 3 Sunny Mini Central 7000TL
Sensors: Sunny Sensor Box
Communication: 2 Sunny WebBox
More info at http://solarserdar.blogspot.com/

C)
Location: Murter, Croatia
Operator: EnergyPLUS d.o.o.
Commissioning: 7/28/2010

System power: 14.82 kWp

Modules: SM110 SM110
Inverter: Sunny Island 5048
Sunny Boy 3300
Sensors: Sunny Sensor Box
Communication: Sunny WebBox
More info at http://solarserdar.wordpress.com/

D)
Location: Bednja, Croatia
Operator: Energyplus d.o.o.
Commissioning: 8/30/2010

System power: 9.72 kWp
Annual Production: approx. 10,692 kWh (1,100 kWh/kWp)
CO2 avoided: Approx. 7.5 tons per annum

Modules: EGing PV EGM 180
Inverter: 3 Sunny Boy 3300
Communication: Sunny WebBox
More info at http://solarserdar.wordpress.com/

E)
Location: Messina, Italy
Operator: TECNO ENGINEERING
Commissioning: 4/22/2010

System power: 95.04 kWp
Annual Production: approx. 133,056 kWh (1,400 kWh/kWp)
CO2 avoided: Approx. 24.0 tons per annum

Modules: SolarWorld SW 220 poly +
Inverter: 9 Sunny Mini Central 10000TL
Communication: Sunny WebBox
More info at http://solarserdar.blogspot.com/

F)
Location: AGÜIMES, GRAN CANARIA, Spain
Operator: CORRALILLOS
Commissioning: 1/14/2009

System power: 109.35 kWp
Annual Production: approx. 188,082 kWh (1,720 kWh/kWp)
CO2 avoided: Approx. 169.3 tons per annum

Modules: 456 Solarwatt M 230-96 GET AK (225 W)
30 Solarwatt M 220-60 GET AK (225 W)
Angle of inclination: 11°
Tracking: Fixed
Inverter: 15 Sunny Mini Central 7000HV
Sensors: Sunny Sensor Box
More info at http://solarserdar.blogspot.com/

H)
Location: Waldorf, United States
Commissioning: 10/7/2010

System power: 12.60 kWp

Modules: Sharp NU-U235F1
Inverter: 2 Sunny Boy 6000US
Communication: Sunny WebBox
More info at http://solarserdar.wordpress.com/

RENEWABLE ENERGY CENTER SOLAR SERDAR (CRECSS)

Željko Serdar
Head of business association

solarserdar@gmail.com
www.solar-serdar.com