Schneider Electric PV Skid. Optimized solar power conversion system tailored to enhance any North American PV power plant

Transcription

1 Schneider Electric PV Skid Optimized solar power conversion system tailored to enhance any North American PV power plant 1

2 PV Skid solution Integrated solution designed for optimal performance in any environment Introducing a compact, configurable, global reach, solar power conversion system The Schneider Electric PV Skid solution is a UL compliant power conversion system combining critical PV system components to achieve optimal power plant performance. PV Skid is available in configurations ranging from 1 MW to 2 MW and incorporates the latest offering from Schneider Electric, the Conext Core XC-NA inverters along with a medium voltage transformer, DC recombiners, and auxiliary switchboard for local loads and field tracker motors (optional) all pre-wired and factory tested on a single skid. The integrated solution also offers an optional remote control operation using Schneider Electric s SCADA system, Conext Control. The Type 3R rated outdoor solution was designed to operate to temperatures down to -35 C and comes with an optional shade canopy for sun and rain protection. It is suitable for installation on compacted soil, gravel, or concrete stabs/piers offering maximum flexibility. The PV Skid solution allows a reduction of balance-of-system costs, increased reliability, and faster deployment. 2

3 Why choose PV Skid? Flexible Configurations ranging from 1 MW to 2 MW AC for PV Power Plants Extended temperature range from -35 to +55 C Salt corrosion resistance & High seismicity withstand options Integration of Conext Control TM or 3rd party monitoring equipment Optional load center for tracker systems Easy to install Compact and lightweight to minimize transportation, civil and unloading costs Solution delivered pre-assembled, configured and tested to reduce on-site labor and expedite project completion Mono-block basement design for faster installation; Ability to pad or pier mount Ease to transport- 2 MW skid can be delivered on a single truck Designed for reliability Designed to sustain harsh environmental conditions (low temperatures, desert, salty environment) Industrialized solution to cater to customer s needs 20+ years lifetime Easy to service Factory tested solution in order to minimize commissioning time Provision of maintenance corridor on the skid for easy access to inverters during periodic servicing Optional sun and rain canopy Optional integration of Conext ControlTM for remote plant monitoring and control to minimize downtime* Higher return on investment Factory integration reducing on-site labour Reduced costs of transportation, offloading and site preparation Reliable design reducing frequency and cost of site interventions Maximum production: High efficiency components (inverters, transformers); minimization of downtime with Conext Control; monitoring and management of auxiliary components True bankability Warranty from a trusted partner with 178 years of experience World leader in industrial power drives, UPS and electrical distribution *Also compatible with other SCADA systems in the market 3

4 PV Skid solution Applications for the PV Skid The PV Skid with Conext Core XC-NA inverters bring greater reliability and efficiency to large solar installations Designed for large ground mounted PV Power Plant applications, the PV Skid integrates with other Schneider Electric products to provide a comprehensive, bankable photovoltaic solution from a single provider. Proven solutions for large solar applications Our balance-of-system solutions include everything you need to efficiently distribute and manage locally generated solar energy, from panel DC output to the grid connection. Transformer DC recombiner Inverter Auxiliary power supply Optional Conext Control Scada solution Key benefits you get with a Schneider Electric PV skid solution package: Seamless solution from a single, bankable supplier Optimised package to reach the lowest possible LCOE Simplified project planning and reduced installation and commissioning costs Adaptability to customer requirements and changing grid requirements Upgradable grid interactive features at inverter and plant level Global service and support infrastructure 4

5 PV Skid: An industrialized solution Schneider Electric quality and industrial processes are embedded into the PV Skid in order to provide reliability and increase ROI of projects. Inverter, transformer with MV protection, and other equipment configured and tested to Schneider Electric quality standards Tested and Validated Design (UL marking) Fully industrialized and controlled process Dedicated and controlled supply chain Optimized lead time Pre-designed configuration Prepared and tested MV cables and LV Harness Reduced time for integration work Auxiliary power supply cabinet Supply of power for servicing purpose: lighting, socket outlets Supply of power to other PV Skid equipment: protection relay, monitoring and control, MV switchgear motorization Secured power possible DC Recombiner Interconnection / protection of DC sub-arrays Optional string monitoring LV Box Base Auxiliary transformer 3 KVA Auxiliary transformer 30 KVA for trackers LV Box for trackers DC Recombiner Inverter Grid DC Recombiner Inverter Conext Control Canopy Transformer High-efficiency oil-immersed transformer Natural cooling systems to avoid taking off energy from the production Equipped with MV protection XC-NA Best-in-class efficiency with 98.6% peak, 98% CEC Patent-pending fast-sweep MPPT (maximum power point tracking) algorithm Static and dynamic MPPT efficiency over 99.9%, tested to EN50530 standards Design based on field-proven Schneider Electric industrial power drives Standard 1000 Vdc input for longer string lengths and lower BoS costs Integrated Masterpact NW circuit breaker and switch Monitoring and control cabinet Conext Control monitoring and control system Optional Power Plant Control feature (420 ma outputs to drive inverter active and reactive power) 5

6 PV Skid solution Configurable Solution for Centralized PV Power plants in North America Power Grid voltage Grounding No. of DC DC input monitored Auxiliary power supply Monitoring & Control 1 or 2 XC-NA Up to 34.5 kv Positive More flexibility Conveniences 2 or 3 XC-NA 540, 630, 680 Negative Floating Maximum 10 DC inputs Trackers PV Skid Configuration Equipment Included in the offer Project Power 1080 kva 2 XC 540 NA + 1 Tfo 1080 kva 1260 kva 2 XC 630 NA + 1 Tfo 1260 kva 1360 kva 3 XC 680 NA + 1 Tfo 1360 kva 1620 kva 3 XC 540 NA + 1 Tfo 1620 kva 1890 kva 3 XC 630 NA + 1 Tfo 1890 kva 2040 kva 3 XC 680 NA + 1 Tfo 2040 kva Grounding system Positive Negative Floating Ground fault relay Grid voltage up to 34.5 kv Environment Mission profile Standard operating temperature -20 C to 55 C Cold temperature option -35 C to 55 C DC side DC input fuse rating 250 A 300 A 350 A 400 A Monitoring DC Recombiner monitored Auxiliary power requirement Base Grid-tie substation supply LV Box 3 kva Option 1 3 kva transformer LV Box 3 kva Option 2 Grid-tie substation supply LV Box 3 kva + LV Box 30 kva Option 3 3 kva +30 kva transformer LV Box 3 kva + LV Box 30 kva Monitor & Control Without monitoring With monitoring Conext Control Initial UL Options Canopy Pole for weather sensors 6

7 PV Skid Solution for North America Schneider Electric provides PV solutions all over the world. The PV Skid is inspired by the success of the PV Box RT and ST versions that have been trusted by customers and installed in power plants globally. Schneider Electric also offers designs adapted to customer needs based on special country requirements (Localized PV Boxes). PV Box ST PV Box RT Localized PV Box North America PV Box RT PV Box ST PV Skid Localized PV Box Optimized for road gauge standard transportation Optimized for sea transportation Optimized for Conext Core XC-NA outdoor inverters and for standard road transportation Schneider Electric TM also offers designs adapted to customer needs based on special country requirements 7

8 PV Skid solution Schneider Electric Services for PV Power Plants Maintenance and support services from Schneider Electric gives you the opportunity to maximize system performance at every stage of its life cycle. Our teams help you to maximize uptime and efficiency of your PV power plant. Global field services Thanks to our global infrastructure in over 100 countries. Product support Backed by our 178 years of history, we are able to design products and commit to our customers by providing the very best service support and global supply chain. Product expertise Our dedicated service organization is here to train and support you on the commissioning and maintenance of your PV power plant so it will deliver the highest level of performance. Remote, supervision and control Our solar experts provide high level of support 24/7 to our field service engineers and customers in order to maintain the performance of the PV power plant. On-demand services Commissioning Trainings Spare parts management Preventive and corrective maintenance Service contracts 8

9 Technical specifications: PV Skid Device short name Skid 1080 kva Skid 1260 kva Skid 1360 kva Skid 1620 kva Skid 1890 kva Skid 2040 kva Electrical specifications Nominal PV Box power 2 x 540 kw 2 x 630 kw 2 x 680 kw 3 x 540 kw 3 x 630 kw 3 x 680 kw at PF=1 Max. DC voltage, open circuit 1000 V Max. DC current 2 x 1280 A 3 x 1280 A Max. short circuit DC 2 x 1600 A 3 x 1600 A current in STC conditions Max. short circuit DC current 2 x 2000 A 3 x 2000 A Number of protected DC inputs 2 x (up to 10 inputs) 3 x (up to 10 inputs) Output ratings (AC) Nominal AC power 1080 kva 1260 kva 1360 kva 1620 kva 1890 kva 2040 kva Nominal MV voltage Up to 34.5 kv Grid frequency 60 Hz Power factor range (cosφ) 0.80 leading to 0.80 lagging Nominal output voltage 300 V 350 V 380 V 300 V 350 V 380 V Inverter cooling* Inverter ventilation ensured by internal fans: 4000 m³/h Transformer cooling method ONAN transformer Taps +2.5% & +5% Auxiliary power connection Voltage 208 Y / 120 V or 480 Y / 277 V (tracker application) Frequency 60 Hz Aux. power tranformer (optional) 3 kva or 3 kva + 30 kva (tracker application) Wireways and cabling In full compliance with the NEC Cooling Inverter outdoor Inverter ventilation ensured by internal fans: 4000 m³/h Transformer cooling method ONAN transformer Structural properties Dimensions excluding canopy 2 inverters 126 x inverters 126 x 364 Weight < lbs (structural steel base version) Base Concrete or structural steel Degree of protection Enclosure type 3R, suitable for use in class 4S2 according to IEC Seismic (optional) IEEE Moderate performance level**, IBC certification ICC-ES AC *** Ambient air temperature -20 C to 50 C (-4 F to 122 F) for full power. Derating up to +55 C for operation Optional down to -35 C Snow load 200 kg/m² Wind load 110 mph Operating altitude 1000 m, derating for higher altitudes Design lifetime > 20 years Specifications are subject to change without notice. *Inverter ventilation ensured by internal fans. **ZPA=0.5g 2% damping. ***Seismic demand spectrum (SDS) of 1.78g 5% damping z/h=0 Ip=1.5. 9

10 PV Skid solution Discover more about our solar solutions! Visit solar.schneider-electric.com and download our FREE utility-scale brochure Make the most of your energy SM Schneider Electric Industries SAS Head Office 35 rue Joseph Monier Rueil Malmaison Cedex- France Tel.: +33 (0) Schneider Electric. All Rights Reserved. All trademarks are owned by Schneider Electric Industries SAS or its affiliated companies. 10 BR _PV Skid Brochure