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iSP

Renewable Energy Solutions

March 2016

About iSP

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ISP is a company that provides innovative power electronics and control platforms solutions for providing renewable energy integration in energy systems.

ISP promoters have more than 25 years of experience in power electronics and renewable energy and they have been working for the leading companies in the RE sector - like IBERDROLA, GAMESA, EREDA, W2PS, E2Q - in an international environment.

What we do

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Power solutions from 300kW – 1200kW for and outdoor solutions 1 MW- 2 MW for :

- PV applications

- Reactive power compensation and voltage control

- Energy Storage Systems

What we do

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PV Applications - PV inverters from 300kW to 1200kW

- PV Outdoor inverters from 1000kW to 2000kW

- Adapted for the most demanding grid codes Low Voltages Ride Through capability Reactive and Voltage control capability Power – Frecuency control capability

- Supervisory control and data adquisition of the PV plant

What we do

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Reactive power compensation and voltage control

Distributed and centralized solutions based on

- SVC (Static Var Compensator)

- STATCOM

What we do

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Energy Storage Systems

Tie-grid solution - Power scheduling - Power-frequency regulation - Peak shaving - Ramp control

Off-grid solution

- Integrated hybrid battery-PV solution - Microgrid controller GridMaker

Data sheet

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PV Outdoor Inverter iSPV2MOut

Data sheet

PV Outdoor Inverter iSPV2MOut

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PV inverter

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PV specifications

DATA SHEET PV INVERTER Vac 220 V PV200 PV400 PV600 PV800

INPUT DC

Voltage range MPPT

nº MPPT

405-820 V 405-820 V 405-820 V 405-820 V

1 2 3 4

OUTPUT AC

Rated power AC @ power factor=1

Maximum current AC

Rated voltage AC Frequency AC

Power factor

THD

200 kW 400 kW 600 kW 800 kW

520 A 2x520 A 3x520 A 4x520 A

220 V 220 V 220 V 220 V

50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

0,9 i- 0,9 c 0,9 i-0,9 c 0,9 i-0,9 c 0,9 i-0,9 c

< 3% < 3% < 3% < 3%

PV inverter

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PV specifications

DATA SHEET PV INVERTER Vac 220 V PV200 PV400 PV600 PV800

INPUT DC

Voltage range MPPT

nº MPPT

405-820 V 405-820 V 405-820 V 405-820 V

1 2 3 4

OUTPUT AC

Rated power AC @ power factor=1

Maximum current AC

Rated voltage AC Frequency AC

Power factor

THD

200 kW 400 kW 600 kW 800 kW

520 A 2x520 A 3x520 A 4x520 A

220 V 220 V 220 V 220 V

50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

0,9 i- 0,9 c 0,9 i-0,9 c 0,9 i-0,9 c 0,9 i-0,9 c

< 3% < 3% < 3% < 3%

PV inverter

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PV specifications

DATA SHEET PV INVERTER VAC 360 V PV325 PV650 PV975 PV1300

INPUT DC

Voltage range MPPT

nº MPPT

524-820 V 524-820 V 524-820 V 524-820 V

1 2 3 4

OUTPUT AC

Rated power AC @ power factor=1

Maximum current AC

Rated voltage AC Frequency AC

Power factor

THD

325 kW 650 kW 975 kW 1300 kW

520 A 2x520 A 3x520 A 4x520 A

360V 360V 360V 360V

50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

0,9 i- 0,9 c 0,9 i-0,9 c 0,9 i-0,9 c 0,9i-0,9c

< 3% < 3% < 3% < 3%

PV inverter

Modular Configuration

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PV inverter

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Reactive Power Capability

PV inverter

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Efficiency

Reactive Power Compensation

Products

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Reactive Power Compensation

Supervisory Control and Data Acquisition(SCADA)

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Reactive Power Compensation

Supervisory Control and Data Acquisition(SCADA)

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GridMaker

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GridMaker

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GridMaker functionalities I

-Power electronics based solution to maintain constant voltage and frequency within a microgrid enabling the connection of any type of distributed resources

-Stabilizes voltage and frequency by balancing active and reactive power within the microgrid

-Under unbalance conditions is also able to balance the three phase voltage supply so that the distributed generators connected are not subjected to any voltage distortion.

GridMaker

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GridMaker functionalities II - Uses a direct frequency and voltage control that provides a high dynamic performance.

-Is able to operate connected to the utility grid or off-grid, and also it allows to be interconnected to weak grids.

-Utility connection and isolation is controlled free of transients by a fast switch on the point of interconnection.

GridMaker

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GridMaker functionalities III

- In grid-connected mode a zero-net-energy strategy is followed so that the power requested from the grid could be reduce as much as possible, balancing the renewable generation connected on the microgrid with loads. - Incorporates an optional energy storage system (battery AGM, Gel or Li- Ion) connected at the dc link of the power converter to guarantee a perfect balance of generation and load.

GridMaker

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GridMaker operational mode I - It can work in a classical operation mode together with a generator to reduce running hours and cut fuel consumption - When the generator runs it is made to work as efficiently as possible with any spare energy being stored in a high power battery pack. When the battery is charged and demand for power is low, the generator can turn off and the energy stored in the battery is used to supply the load. When the battery runs low or the load increases, the generator is told to start up again

GridMaker

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GridMaker operational mode II

- The generator is synchronized to the grid and it is not responsible for maintaining voltage and frequency since Grid Maker holds this function, avoiding low quality voltage.

GridMaker

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GridMaker- Energy Management System

Grid Maker includes an Energy Management System (EMS) that takes control of the microgrid, stablishing the optimal operating settings of the distributed resources connected to the grid. EMS is not just a SCADA system but determines the operational point of generator, and power curtailment of renewable resources in case of low demand. EMS assumes the battery management system setting according with the battery manufacturer and incorporates a small-scale forecast system for loads and renewable resources predictions.

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iSP

Renewable Energy Solutions

March 2016