Admin Request for Inspection REA Solar Mini Grid
| Application for | REA Solar Mini-Grid Project |
|---|---|
| REA Code | REA-NEP-MG |
| REA LOT Number | 399 |
| REA-NEP-MG | PBG |
| Register as | Corporate |
| NEMSA Certificate Number | CC/CEIF/PR/05299 |
| First Name | Habiba |
| Last Name | Ali |
| Other Name | Eyiomo |
| Position | Director |
| Phone | +234 7080581631 |
| info@sienergy.ng | |
| Address |
1B Yakubu Gowon way, besides Mr Biggs, Kaduna. |
| State | Kaduna |
| Company Name | Independent Energy Projects Finance Limited |
| Company Email | info@sienergy.ng |
| Company Phone | +234 7080581631 |
| Tax Registration Number | 242447-49-0001 |
| Address |
1B Yakubu Gowon way, besides Mr Biggs, Kaduna. |
| State | Kaduna |
| Name of the Village/Community | Mararaba Demshin |
| State | Plateau |
| Local Government Area | Qua’an Pan |
| Number of Inhabitants | 2710 |
| GPS Coordinates | 8°48’5.0724″N 9°22’15.2076″E |
| Site Address/Detail Description |
Next to the market along the Lafia-Shendam road |
| Activities | Business Activity, Administrative Facility, Educational Facility, Health Care Facility, Residential |
| Total Solar PV Installed (kWp) | 97.2 |
| Total Solar PV Energy Produce Per Day (kwh) | 474 |
| Total Storage Capacity (kwh) | 172.8 |
| Total Load/Energy Requirement (kWh) | 288 |
| Storage Technology/Manufacturer | Valve Regulated Lead-Acid Batteries/BAE |
| Type of Coupling (AC/DC) | AC/DC |
| Generator Rated Power (kVA) | 90 |
| Year of Construction | 2022 |
| Fuel Type | Diesel |
| Generator Model/Manufacturer | C90D5/Cummins |
| Operation | Automatic |
| Date of Installation of Mini-Grid | September 7, 2023 |
| Date of Application | July 8, 2024 |
| Mini-Grid Owner (Full Name) | Independent Energy Projects Finance Limited(Sienergy) |
| Phone | +234 7080581631 |
| info@sienergy.ng | |
| Applicant | Habiba Ali Eyiomo |
| Phone | +234 7080581631 |
| info@sienergy.ng | |
| Manufacturer | Luxor Solar GmbH |
| Model | LX-450M/166-144+ |
| Technology | Monocrystalline |
| STC power (Wp) | 450 |
| Number of Cells | 144 |
| MPPT Current | 10.79 |
| MPPT Voltage | 41.73 |
| Module catalogue # | 1 |
| Number Series | Parallel | 4/3 |
| Total Power (Wp) | 5400 |
| Fuse (A) | 15 |
| Surge Protection Device | Type I+II |
| Converter Catalogue | 1-6 |
| Cable cross-section | 6 |
| Module catalogue # | 1 |
| Number Series | Parallel | 18/3 |
| Total Power (Wp) | 24300 |
| Fuse (A) | 15 |
| Surge Protection Device | Type I+II |
| Converter Catalogue | 7 |
| Cable cross-section | 6 |
| Module catalogue # | 1 |
| Number Series | Parallel | 16/2 |
| Total Power (Wp) | 16200 |
| Fuse (A) | 15 |
| Surge Protection Device | Type I+II |
| Converter Catalogue | 7 |
| Cable cross-section | 6 |
| Manufacturer | Victron |
| Model | 250/100 TR |
| Technology | MPPT |
| Rated Power | 5800W |
| Rated Voltage | 250V |
| Rated Current | 100A |
| Manufacturer | Fronius |
| Model | Tauro 50-3-P |
| Technology | MPPT |
| Rated Power | 50000W |
| Rated Voltage | 400-870V |
| Rated Current | 134A |
| Manufacturer | BAE Batterien GmbH |
| Model | 12PVV1800 |
| Technology | VRLA |
| Cell Voltage (V) | 2 |
| Battery Voltage | 48 |
| C10 Capacity | 1440 |
| Charge Voltage | 57.86 |
| Module Catalogue # | 1 |
| Number Series | Parallel | 24/2 |
| Total C10 capacity [kWh] | 2880 |
| Fuse rating [A] | 1250 |
| Date of cell production | March 1, 2022 |
| Date of installation | August 14, 2023 |
| Cable cross-section [mm²] | 380 |
| PV Generator | Expected open circuit voltage [V] |
| String Number | A to R |
| Value | 198.72 |
| PV Generator | Measured open circuit voltage [V] |
| String Number | A to R |
| Value | 183/172/175/179/185/183/182/180/179/180/182/180/184/182/181/183/181/183 |
| PV Generator | Expected load circuit voltage [V] |
| String Number | A to R |
| Value | 166.92 |
| PV Generator | Measured load circuit voltage [V] |
| String Number | A to R |
| Value | 155/160/149/150/148/153/134/161/135/180/178/178/155/155/154/154/155/155/155/155 |
| PV Generator | Expected short circuit current [A] |
| String Number | A to R |
| Value | 11.39 |
| PV Generator | Measured short circuit current [A] |
| String Number | A to R |
| Value | 11.89/3.54/3.46/4.37/12.41/11.97/12.20/12.18/12.51/12.55/11.06/3.21/4.90/4.35/3.44/5.62/4.07/9.45 |
| PV Generator | Measured ambient temperature [°C] |
| String Number | A to R |
| Value | 32.5 |
| PV Generator | Measured module temperature [°C] |
| String Number | A to R |
| Value | 49.2 |
| PV Generator | Alternatively, estimated insulation (cloudy, sunny, mist, …) |
| String Number | A to R |
| Value | Cloudy |
| PV Generator | Expected power output [kW] |
| String Number | A to R |
| Value | 1.8 |
| PV Generator | Measured power output [kW] |
| String Number | A to R |
| Value | Range .5 to 2.2 |
| PV Generator | Measured insulation resistance [Mega Ohm] |
| String Number | A to R |
| Value | 199/197/142/200/200/111/200/200/196/179/185/200/200/200/200/200/200/200 |
| PV Generator | Measured continuity to main equipotential bar [Ohm] |
| String Number | A to R |
| Value | 0 |
| PV Generator | Measured earth resistance of support structure [Ohm] |
| String Number | A to R |
| Value | 2 |
| PV Generator | Result of verification of measured values (OK, low, …) |
| String Number | A to R |
| Value | ok |
| PV Generator | General visual inspection observations |
| String Number | A to R |
| Value | ok |
| PV Generator | Surge Protective Devices functional (indicator at device)? |
| String Number | A to R |
| Value | ok |
| PV Generator | Overcurrent protection operational (correct fuse rating)? |
| String Number | A to R |
| Value | ok |
| PV Generator | String cables fixed and cables without damages |
| String Number | A to R |
| Value | ok |
| PV Generator | Connectors properly connected under no mechanical strain |
| String Number | A to R |
| Value | ok |
| PV Generator | Expected open circuit voltage [V] |
| String Number | 1 to 8 |
| Value | 894.24 |
| PV Generator | Measured open circuit voltage [V] |
| String Number | 1 to 8 |
| Value | 817/825/807/824/823/818/813/825 |
| PV Generator | Expected load circuit voltage [V] |
| String Number | 1 to 8 |
| Value | 751.14 |
| PV Generator | Measured load circuit voltage [V] |
| String Number | 1 to 8 |
| Value | 696/698/699/813/815/816/820/820 |
| PV Generator | Expected short circuit current [A] |
| String Number | 1 to 8 |
| Value | 11.39 |
| PV Generator | Measured short circuit current [A] |
| String Number | 1 to 8 |
| Value | 13.15/10.52/11.48/13.11/11.77/11.96/11.80/11.64 |
| PV Generator | Expected power output [kW] |
| String Number | 1 to 8 |
| Value | 8.1 |
| PV Generator | Measured power output [kW] |
| String Number | 1 to 8 |
| Value | Range from 9.5 to 10.8 |
| PV Generator | Measured ambient temperature [°C] |
| String Number | 1 to 8 |
| Value | 33.6 |
| PV Generator | Measured module temperature [°C] |
| String Number | 1 to 8 |
| Value | 50 |
| PV Generator | Alternatively, estimated insulation (cloudy, sunny, mist, …) |
| String Number | 1 to 8 |
| Value | Sunny |
| PV Generator | Measured insulation resistance [Mega Ohm] |
| String Number | 1 to 8 |
| Value | 69/85/70/73/84/65/77/73 |
| PV Generator | Measured continuity to main equipotential bar [Ohm] |
| String Number | 1 to 8 |
| Value | 0.9 |
| PV Generator | Measured earth resistance of support structure [Ohm] |
| String Number | 1 to 8 |
| Value | 2 |
| PV Generator | Result of verification of measured values (OK, low, …) |
| String Number | 1 to 8 |
| Value | ok |
| PV Generator | General visual inspection observations |
| String Number | 1 to 8 |
| Value | ok |
| PV Generator | Surge Protective Devices functional (indicator at device)? |
| String Number | 1 to 8 |
| Value | ok |
| PV Generator | Overcurrent protection operational (correct fuse rating)? |
| String Number | 1 to 8 |
| Value | ok |
| PV Generator | String cables fixed and cables without damages |
| String Number | 1 to 8 |
| Value | ok |
| PV Generator | Connectors properly connected under no mechanical strain |
| String Number | 1 to 8 |
| Value | ok |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | Isolating and switching devices been connected such that PC installation is wired to the “load” side and the public supply to the “source” side? |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | Fronius Tauro |
| Reference | ok |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Inverter/Charge Controller | Isolating and switching devices been connected such that PC installation is wired to the “load” side and the public supply to the “source” side? |
| String Number | Victron Quattro 1-6 |
| Reference | ok |
| Battery Storage | General visual inspection observations |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | Wiring properly done without visual deficits |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | Tightening torque of all screws to connectors to the batteries and in between the cells of the batteries is according to the equipment manufacturer’s recommendations |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | Battery inverter or charge controller parameters are properly set (correct system configuration, date and time, control of the load shedding relays, reading of external temperature sensor verified, …) |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | State of charge (If applicable state of health) |
| String Number | 1/2 |
| Reference | 90 |
| Battery Storage | Safety measures for the respective types of batteries applied |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | Deep discharge protection, over-charge protection and temperature monitoring installed and functional |
| String Number | 1/2 |
| Reference | ok |
| Battery Storage | Cell voltage |
| String Number | 1/2 |
| Reference | 2 |
| Battery Storage | Cell impedance |
| String Number | 1/2 |
| Reference | 2.9 |
| Battery Storage | Cell temperature |
| String Number | 1/2 |
| Reference | 25 |
| General Safety/Security | General visual inspection observations |
| String Number | 1 |
| Reference | ok |
| Official Letter of Request | https://nemsa.gov.ng/wp-content/uploads/formidable/67/1.-Letter-NEMSA.pdf |
| PV System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/3.-PV-System.pdf |
| Charge Controller or Grid-tie Inverter | https://nemsa.gov.ng/wp-content/uploads/formidable/67/4.-Charge-controller-or-Grid-tie-Inverter.pdf |
| Combiner Boxes | https://nemsa.gov.ng/wp-content/uploads/formidable/67/5.-Combiner-boxes.pdf |
| Battery System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/6.-Battery-system.pdf |
| Earthing & Surge Protection System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/7.-Earthing-surge-protection-System.pdf |
| User ID | Frank Hoogers |