Admin Request for Inspection REA Solar Mini Grid
| Application for | REA Solar Mini-Grid Project |
|---|---|
| REA Code | REA-NEP-MG |
| REA LOT Number | 0214 |
| REA-NEP-MG | PBG |
| Blank | Abuja |
| Register as | Corporate |
| NEMSA Certificate Number | CC/CEIF/PR/03193 |
| First Name | Solomon |
| Last Name | Enejor |
| Other Name | Paul |
| Position | MD/CEO |
| Phone | 08065677841 |
| enejorsp@gmail.com | |
| Address |
Suite A2 Oando/NNPC Fuel Station Opposite Gaduwa Estate, Gaduwa District, Abuja |
| State | Federal Capital Territory |
| Company Name | Solmenz Engineering |
| Company Email | hi@solmenzeng.com.ng |
| Company Phone | 08065677841 |
| Tax Registration Number | 17853397-0001 |
| Address |
Suite A2 Oando/NNPC Fuel Station Opposite Gaduwa Estate, Gaduwa District, Abuja |
| State | Federal Capital Territory |
| Name of the Village/Community | Sonmajigi |
| State | Niger |
| Local Government Area | Gbako |
| Number of Inhabitants | 539 |
| GPS Coordinates | Lat 9.440271, Long 6.01848 |
| Site Address/Detail Description |
Lemu- Wushishi road, via Sonmajigi, Gbako, Niger state |
| Activities | Business Activity, Educational Facility, Health Care Facility, Residential, Religious centers |
| Total Solar PV Installed (kWp) | 87 |
| Total Solar PV Energy Produce Per Day (kwh) | 437 |
| Total Storage Capacity (kwh) | 120 |
| Total Load/Energy Requirement (kWh) | 17.6 |
| Storage Technology/Manufacturer | Lithium/Felicity |
| Type of Coupling (AC/DC) | DC/AC |
| Generator Rated Power (kVA) | 80 |
| Year of Construction | 2023 |
| Fuel Type | Diesel |
| Generator Model/Manufacturer | Perkins |
| Operation | Automatic |
| Date of Installation of Mini-Grid | June 20, 2023 |
| Date of Application | June 22, 2023 |
| Mini-Grid Owner (Full Name) | Solmenz Engineering Nigeria Nigeria Limited |
| Phone | 08065677841 |
| enejorsp@gmail.com | |
| Manufacturer | Felicity |
| Model | MSD144M |
| Technology | Monocrystalline Half cut single/double glass module |
| STC power (Wp) | 540 |
| Number of Cells | 144 |
| MPPT Current | 12.8A |
| MPPT Voltage | 41.62V |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | Schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | Schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | Schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | Schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Module catalogue # | 540wp,production tolerance ..+-5W, VOC–49.55V, IMP..12.89A, VMP..41.62V, ISC..13.89A, |
| Number Series | Parallel | 15 |
| Total Power (Wp) | 8100 |
| Fuse (A) | 26A |
| Surge Protection Device | Schneider 63A |
| Converter Catalogue | 63A |
| Cable cross-section | 16mm |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine Wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | IVPM10048 |
| Technology | Pure sine wave |
| Rated Power | 10000VA/8000W |
| Rated Voltage | 48V |
| Rated Current | 120A |
| Manufacturer | Felicity |
| Model | LPBF48300 |
| Technology | Lithium |
| Cell Voltage (V) | 3.7V |
| Battery Voltage | 51.2V |
| C10 Capacity | 30A, 10HR |
| Charge Voltage | 57.6V |
| Module Catalogue # | 15KWH, 48V, LPBF48300, 51.2V,57.6V, 6000CYCLES@25OC, 0-55OC, 95%DOD |
| Number Series | Parallel | 6 |
| Total C10 capacity [kWh] | 90KWH |
| Fuse rating [A] | 250A |
| Date of cell production | March 27, 2023 |
| Date of installation | June 26, 2023 |
| Cable cross-section [mm²] | 25mm |
| General comments | well connected and working fine |
| PV Generator | Expected open circuit voltage [V] |
| String Number | 1 |
| Value | 168V |
| PV Generator | Measured open circuit voltage [V] |
| String Number | 1 |
| Value | 162V |
| PV Generator | Expected load circuit voltage [V] |
| String Number | 1 |
| Value | 158 |
| PV Generator | Measured load circuit voltage [V] |
| String Number | 1 |
| Value | 154 |
| PV Generator | Expected short circuit current [A] |
| String Number | 1 |
| Value | 60A |
| PV Generator | Measured short circuit current [A] |
| String Number | 1 |
| Value | 54A |
| PV Generator | Measured ambient temperature [°C] |
| String Number | 1 |
| Value | 36C |
| PV Generator | Measured module temperature [°C] |
| String Number | 1 |
| Value | 38C |
| PV Generator | Measured solar insulation [W/m²] |
| String Number | 1 |
| Value | 5.6KWH/M2 |
| PV Generator | Expected power output [kW] |
| String Number | 1 |
| Value | 8.1KW |
| PV Generator | Measured power output [kW] |
| String Number | 1 |
| Value | 7.5KW |
| PV Generator | Surge Protective Devices functional (indicator at device)? |
| String Number | 1 |
| Value | Installed and fully functional |
| PV Generator | Connectors properly connected under no mechanical strain |
| String Number | 1 |
| Value | Properly connected and no strain |
| PV Generator | String cables fixed and cables without damages |
| String Number | 1 |
| Value | No damages on cable |
| PV Generator | General visual inspection observations |
| String Number | 1 |
| Value | ok |
| PV Generator | Result of verification of measured values (OK, low, …) |
| String Number | 1 |
| Value | ok |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 1 |
| Reference | okay |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 1 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 1 |
| Reference | Yes |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 1 |
| Reference | YES |
| 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 | 1 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 1 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 1 |
| Reference | YES |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 2 |
| Reference | OK |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 2 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 2 |
| Reference | YES |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 2 |
| Reference | YES |
| 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 | 2 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 2 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 2 |
| Reference | YES |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 3 |
| Reference | YES |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 3 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 3 |
| Reference | YES |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 3 |
| Reference | YES |
| 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 | 3 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 3 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 3 |
| Reference | YES |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 4 |
| Reference | YES |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 4 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 4 |
| Reference | YES |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 4 |
| Reference | YES |
| 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 | 4 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 4 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 4 |
| Reference | YES |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 5 |
| Reference | YES |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 5 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 5 |
| Reference | YES |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 5 |
| Reference | YES |
| 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 | 5 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 5 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 5 |
| Reference | YES |
| Inverter/Charge Controller | General visual inspection observations |
| String Number | 6 |
| Reference | YES |
| Inverter/Charge Controller | Inverter protection settings programmed to local requirements? |
| String Number | 6 |
| Reference | YES |
| Inverter/Charge Controller | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 6 |
| Reference | YES |
| Inverter/Charge Controller | Means of isolating the inverter been provided on the AC side? |
| String Number | 6 |
| Reference | YES |
| 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 | 6 |
| Reference | YES |
| Inverter/Charge Controller | All Inverters/Charge controller operating correctly? |
| String Number | 6 |
| Reference | YES |
| Inverter/Charge Controller | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 6 |
| Reference | YES |
| Battery Storage | General visual inspection observations |
| String Number | 1 |
| Reference | OK |
| Battery Storage | Wiring properly done without visual deficits |
| String Number | 1 |
| Reference | YES |
| 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 |
| Reference | YES |
| 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 |
| Reference | YES |
| Battery Storage | State of charge (If applicable state of health) |
| String Number | 1 |
| Reference | FULLY CHARGED |
| Battery Storage | Safety measures for the respective types of batteries applied |
| String Number | 1 |
| Reference | YES |
| Battery Storage | Deep discharge protection, over-charge protection and temperature monitoring installed and functional |
| String Number | 1 |
| Reference | YES |
| General Safety/Security | General visual inspection observations |
| String Number | 1 |
| Reference | OKAY |
| General Safety/Security | Inverter protection settings programmed to local requirements? |
| String Number | 1 |
| Reference | YES |
| General Safety/Security | When an RCD is installed to the AC circuit feeding an inverter, the RCD type shall be verified to ensure it has been selected according to the requirements of IEC 60364 |
| String Number | 1 |
| Reference | YES |
| General Safety/Security | Means of isolating the inverter been provided on the AC side? |
| String Number | 1 |
| Reference | YES |
| General Safety/Security | 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 | 1 |
| Reference | YES |
| General Safety/Security | All Inverters/Charge controller operating correctly? |
| String Number | 1 |
| Reference | YES |
| General Safety/Security | Inverter/charge controller protection settings and installer details displayed on site? |
| String Number | 1 |
| Reference | YES |
| Official Letter of Request | https://nemsa.gov.ng/wp-content/uploads/formidable/67/NEMSA-Oficial-Letter-of-Request-for-site-visit.pdf |
| PV System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/PV-Specification-sheet-150×150.jpg |
| Charge Controller or Grid-tie Inverter | https://nemsa.gov.ng/wp-content/uploads/formidable/67/INVERTER-WITH-MPPT-CONTROLLER-150×150.jpg |
| Combiner Boxes | https://nemsa.gov.ng/wp-content/uploads/formidable/67/Combiner-Box-150×150.jpg |
| Battery System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/Battery-Specification-sheet-1-150×150.jpg, https://nemsa.gov.ng/wp-content/uploads/formidable/67/Inverter-and-Battery-150×150.jpg, https://nemsa.gov.ng/wp-content/uploads/formidable/67/PV-systems-150×150.jpg, https://nemsa.gov.ng/wp-content/uploads/formidable/67/Battery-connection-schematic-diagram-150×150.jpg |
| Earthing & Surge Protection System | https://nemsa.gov.ng/wp-content/uploads/formidable/67/Earthing-image-150×150.jpg |
| User ID | Solomon Enejor |