**Document:** Solar PV Designer Report
**Application:** 24/91309/B — Installation of replacement roof tiles, and installation of solar panels added to the east facing pitch of roof.
**Decision:** Permitted
**Decision Date:** 2025-04-15
**Parish:** German
**Document Type:** report / planning_statement
**Source:** https://planningportal.im/a/33531-german-9-lyndale-avenue-roof-replacement/documents/1585025

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# Solar PV Designer Report

6 PV modules 1 Inverter 6 Optimizers

SYSTEM OVERVIEW

### Simulation Results

Installed DC Power

2.27kWp

Max Achieved AC Power

2.20kW

| |
|---|

Annual Energy Production

2.06MWh

CO

CO2 Emission Saved (Annually)

398.19kg

###### * *

Equivalent Trees Planted (Annually)

## 18

Max Achieved DC Power

2.20kW

DC/AC Oversizing

100%

Max Active AC Power

2.20kW

Performance Ratio

85%

Performance Index

909kWh/kWp

![A digital 3D model of solar panels is superimposed on a satellite aerial view of a roof, likely from a mapping service.](https://images.planningportal.im/2024/11/6942020.png)

### Estimated Monthly Energy

Solar Production

kWh

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Total clipped energy: 0%

Month

Solar Production (kWh) Consumption (kWh) Self-consumption (kWh) Clipped Energy (kWh) Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

34 72

165 279 307 310 279 224 189 107

54 37

-

-

-

### Pv Modules

## Module Model Peak power Racking type Orientation Azimuth Tilt

3 JA Solar, JAM60D09-320/BP 1 kWp

129° 35°

### Pv Modules (Continued)

## Module Model Peak power Racking type Orientation Azimuth Tilt

3 JA Solar, JAM54D40-435/GB blackframe 1.3 kWp

Total: 6 2.3 kWp

129° 35°

### Bill Of Materials (Bom)

Items Part Number Quantity Price (£) Total (£)

SE2200H Home Wave 1

S500B 6

JAM60D09-320/BP 3

JAM54D40-435/GB blackframe 3

### Electrical Design

Inverters & Storage Strings per inverter Optimizers per string PV modules per string 1 xSE2200H Home Wave 2.2kW | 100% Oversizing

1 x string

6 x S500B

### System Loss Diagram

Global horizontal irradiance Global irradiance on PV modules

Shading irradiance loss

##### Reflection loss Energy after PV conversion

Irradiance level loss Temperature loss Shading electrical loss Yield factor loss Optimizer efficiency loss Module quality loss DC Ohmic wiring loss Energy after DC losses Inverter efficiency loss Exportable energy

987.00 kWh/m²

+9.46%

-3.11%

-2.35% 2.32 MWh

2.06 MWh

- -1.8%
- -1.56%
- -1.96%
- -0.95%
- -3.21% +0.33%
- -0.64%

2.10 MWh

- -1.91%

SIMULATION PARAMETERS

LOCATION & GRID

Time zone GMT+1 (Isle_of_Man) Weather station Stranraer (71.86 km away) Station altitude 14 m Station data source Meteonorm 7.1 Grid 400V L-L, 230V L-N

LOSS FACTORS

Near shading Enabled Albedo 0.20 Bi-Facial Albedo 0.30 Soiling/Snow 0% Incidence angle modifier (IAM), ASHRAE b0 param. 0.05 Thermal loss factor Uc (const) Flush mount 20 Thermal loss factor Uc (const) Tilted 29 LID loss factor 0% System unavailability 0%

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*Data sourced from the Isle of Man public planning register under the [Isle of Man Open Government Licence](https://www.gov.im/about-this-site/open-government-licence/).*
*Canonical page: https://planningportal.im/a/33531-german-9-lyndale-avenue-roof-replacement/documents/1585025*