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Design Proposal

Steel Solar PV Canopies

Protected: Springfield Community Campus – Corsham – SN13 9DN

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The Project


our ref:

KS/CCI-00172

Client

Client Name:

Client Address:

Client Project Ref:

Client Brief

Supply and install 3 x Steel Solar PV Canopies.

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Notes about our PRIVACY POLICY

We take your privacy and the safety of your information very seriously. We will never publicly publish your personal details, and all places that may contain your personal information will always be password protected.  Any and all personal information is treated in accordance with The Data Protection Act 2018.  We will never share your information with any third party with the exception of where required in order to attain quotes or services related to your project. We will delete your personal details from our system at any time you request with the exception of where we are required to do so for legal reasons such as warranties and invoices. For more information on how we treat your personal data please see our PRIVACY POLICY.
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The Site


Corsham

Site Address

Site Client:

Springfield Community Campus

Site Address:

Springfield Community Campus
Beechfield Rd
Corsham
Wiltshire
SN13 9DN

A Note On Parking Bay Sizes: 

When assessing the area needed for staff and customer parking, it should be noted that the current UK norm for parking spaces is 2.4m wide by 4.8 m long. However please note that several models of modern vehicles are more than 4.8m long.  The recommended space for manoeuvring (roadways) between bays is 6m.

These dimensions are neither minimum nor written in tablets of stone and may be revised to suit your particular needs, but remember that good access and wider bays aid efficient use of the parking area and are much more pleasant for your customers to use.

Bay Sizes For Motorists With Disabilities: The BSI British Standards Code provides some guidance as to what is required - disabled access parking spaces should be 2400mm x 4800mm with a 1200mm wide marked access zone between spaces and a 1200mm wide safety zone for boot access. Government guidelines (Inclusive Mobility published by DfT) recommend that 6% of parking should be allocated to disabled people, unless otherwise covered by local planning regulations. The guidance also recommends how to identify these spaces, with special markings and signage.

For more information on parking in the UK visit: The British Parking Association

Indra-Solar-PV-Car-Parking-Canopy-8.6m-EV-Parking-Layout
EV Charger Bay Sizes: It is recommended to leave additional access zones between parking bays intended for EV Charging.  This allows for some vehicles that plug and charge from the side. These bays should also be clearly marked and include eye-level signage.
Disabled EV Charger Bays: As the number of electric vehicles in the UK grows as will the requirement for EV charger bays.  There are currently no guidelines on providing disabled parking bays with EV chargers so we highly recommend creating EV charger bays with the required 1.2m marked area between the bays and thus automatically making all your EV charger bays suitable for people with disabilities.

Notes On The Site

Current Site Use: 

Public Car Park

Current Site Surface:

Tarmac/Block Paving

Finished Site Use: 

Public Car Park

Finished Surface:

Tarmac/Block Paving

Site Suitability:

The proposed site falls within the required parameters for all KaraSolar Steel Canopies in windspeed, snow load, altitude, and environmental exposure.

Unless a previous report has been issued a full geotechnical site investigation is required to determine the foundation design parameters and ensure that the minimum requirements of the design have been met or to determine the new foundation design specification and/or type of foundation to be adopted.

KaraSolar can undertake a geotechnical survey on the client’s behalf if required, an additional cost would be applicable for this service and would be billed under project design costs.

Underground Services:

We would require a site services plan of the proposed site location before confirmation to establish the existence of any underground services.

Drainage:

We would require a site services plan to establish the location of any existing drainage services to establish the best method of connecting the proposed structures to a suitable drainage system.

Electrical Connection:

KaraSolar will install a steel vented housing unit to contain the inverter and consumer unit for each structure.  The location of each housing unit will be confirmed during a site visit with the client.

An AC electrical connection will be available from this unit for the client's electricians to pick up from.

Solar Shading:

It would appear the only potential shading issue would occur on the southwest boundary and affect structure C the Indra canopy.  A site survey would be required as it may be necessary for these trees to be relocated to enable construction.

If any trees must be destroyed during this project, KaraSolar will undertake to plant the same number of trees of a suitable species on the same or alternative site.

Known Site Hazards:

Public Car Park. Site fencing is required.

Schedule of Works:

To be confirmed.

KaraSolar is aware there are time-sensitive issues with this project and requirements to have minimal impact on the daily operation of the centre during installation.

We are of course happy to fit with the client's requirements wherever possible.

Springfield-Community-Campus-Corsham-SN13-9DN-Solar-PV-Carport-Site-Image-main
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Site Assumptions

Our initial comments, proposals and quotes are intended as a guideline only and are subject to a site survey. We have made some assumptions in order to calculate this proposal. You will find a list of these assumptions and the end of 'The Proposal'.
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The Structure(s)


Version 1

Notes On The Structures - Version 1

The proposed site is suitable and ideal for both Apollo and Indra Steel Canopies.

Canopy A

KS/CCI-00172/A

Apollo -  Steel Solar PV Canopy

Canopy B

KS/CCI-00172/B

Apollo -  Steel Solar PV Canopy

Canopy C

KS/CCI-00172/C

Indra - Steel Solar PV Canopy

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click image to view larger
click image to view larger
Structure Ref:

KS/CCI-00172/A

Canopy Model Type:

Apollo

Width of Canopy:

10.00 m

Length of Canopy:

23.75 m

Azimuth of Canopy:

218° (degrees from north)

Pitch of Canopy Roof:

15°

Number of Parking Bays:

16 standard bays

Number of Support Sections:

3

Number of Solar Panels:

80

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

47.600 kW

Estimated Annual Generation:

42364 kWh*
(*see below for details on how we calculate these estimates)
click above image to view larger or the button below to download a PDF
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Apollo is a steel frame solar canopy that has been designed as a cost-efficient robust solution to providing solar power generation directly from your car park. This modular carport requires 10m in width but can be as long as required, simply with the ‘add-on’ units. 

Structure Ref:

KS/CCI-00172/B

Canopy Model Type:

Apollo

Width of Canopy:

10 m

Length of Canopy:

46.25 m

Azimuth of Canopy:

218° (degrees from north)

Pitch of Canopy Roof:

15°

Number of Parking Bays:

32 standard bays

Number of Support Sections:

5

Number of Solar Panels:

156

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

92.820 kW

Estimated Annual Generation:

82610 kWh*
(*see below for details on how we calculate these estimates)
click above image to view larger or the button below to download a PDF
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Structure text B

Structure Ref:

KS/CCI-00172/C

Canopy Model Type:

Indra

Width of Canopy:

6.00 m

Length of Canopy:

57.60 m

Azimuth of Canopy:

218° (degrees from north)

Pitch of Canopy Roof:

15°

Number of Parking Bays:

15 standard bays and 5 disabled bays

Number of Support Sections:

8

Number of Solar Panels:

120

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

71.400 kW

Estimated Annual Generation:

63546 kWh*
(*see below for details on how we calculate these estimates)
click above image to view larger or the button below to download a PDF
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Indra text

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What your system can include...

Colour Range

LED Lighting

Guttering

Security Cameras

Parking Design

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GENERAL:

The design of the structure contains the following site location limitations:

  • Site located further than 500m from a coastline.
  • Site location no greater than 100m altitude.
  • Maximum site basic wind speed (BS EN 1991-1-4) = 23.5 m/s.
  • Snow load (BS EN 1991-1-3) = 0.60 kN/m².
  • No blockage allowances have been made to the canopy within a distance of 5.0m which could increase wind uplift pressures.

Any sites that fall outside this criterion are required to be independently checked and reported to KaraSolar prior to fabrication to determine the new framework design specification.

KaraSolar can undertake a full site survey if required, an additional cost would be applicable for this service and would be billed under project design costs. 

 

 

FOUNDATIONS:

A full geotechnical site investigation is required to determine the foundation design parameters and ensure that the minimum requirements of the design have been met. If the requirements are not met the Client is responsible for contacting KaraSolar to determine the new foundation design specification and / or type of foundation to be adopted. 

KaraSolar can undertake a geotechnical survey on the client’s behalf if required, an additional cost would be applicable for this service and would be billed under project design costs. 

 

 

CONCRETE:

Foundations must not be cast within aggressive soil environments, free from sulphates, chlorides, and saline environments. All concrete work to be constructed in accordance with the National Structural Concrete Specification, latest edition.  All material and workmanship shall be in accordance with BS EN 1992 / BS 8110 including all latest amendments. 

 

 

STEELWORK:

This steelwork specification is not suitable for sites located within 500m from a coastline, saline, chloride and/or sulphur dioxide environments, within swimming pool and high humidity environments, or subject to airborne corrosive elements. If sites of this nature are required then the specification of the steelwork needs to be discussed with KaraSolar prior to fabrication.

Structural steelwork is to be in accordance with the National Structural Steelwork Specification for Building Construction (latest edition). All structural steelwork to be hot rolled mild steel Grade S355, and all mild steel plates to be Grade S275 to BS EN 10025 (latest edition), unless noted otherwise.

All bolts and nuts to be Grade 8.8 to BS 4190 (latest edition), unless noted otherwise. All bolts to have washers to BS 4320 (latest edition), under the nuts. All internal bolts, nuts and washers are to be sherardized to BS EN 737-8 (latest edition) so that no additional painting is required after erection. All external bolts are to be hot dip galvanized to BS 7371-6 (latest edition). Where splice connections have been noted, all bolts to be High Strength Friction Grip (HSFG) bolts.

All steelwork below ground to receive a high build epoxy coating to give a dry film thickness of minimum 450μm.

 

 

For more information on the technical specifications please contact your Project Manager (Duncan Hamilton-Blythe).

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Your solar PV carport and canopy is designed in the UK.
Made in Southwest England and built using British Timber and/or British Steel.
made-in-the-uk
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The Solar System


Version 1

Notes On The Solar System - Version 1

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Please Note: We have picked these panels to maximise solar performance for the available space.  Other Solar panels are available if you would prefer a different type.  We also frequently install REC or Jinko panels with a 25-year product warranty.  Please speak with your project manager for more information.

Project includes 356 x JA Solar 595W Mono PERC Half-Cell MBB Traceable LB MC4

Total Project Solar Power Rating

211.820 kW

Solar PV Panels:
  • Rating: 595W
  • Efficiency: 22.5%
  • Width: 1,134mm x Height: 2,333mm
  • Higher Power Generation - better LCOE
  • N Type with very low LID
  • Better weak illumination response  
  • Better temperature coefficient
  • 12 Year Product Warranty
  • 25 Year Linear Output Warranty
Find Out More
KSCCI00172---Site-Solar-Plan

Version 1

The system performance chart is an estimate of what you could expect your solar system to generate.

  • The orange bar represents the expected kWh per day your system should create
  • The grey background represents your current (or projected) kWh power usage.

The more accurate you are able to provide current energy usage data the more accurate we can estimated the impact of installing solar.  For example, determining energy consumption curves allows us to calculate battery requirements and more accurate bill savings.  Please speak with your project manager to increase the accuracy of these projections.

Total Number of Solar Panels:

356

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB Traceable LB MC4

Total Wp Rating:

211.820 kW

Total System Estimated Annual Generation:

188520 kWh*
(for more details on each individual solar array see below.)

The following performance charts are based on installing this system at:

Springfield Community Campus
Beechfield Rd
Corsham
Wiltshire
SN13 9DN

KSCCI00172-Solar-Performance-Total
Your projected usage is currently set to kWh 0 per day.
If you would like to change the projected usage amount please just let us know.
Your projected annual solar power generation: 188520 kWh.*
See below for more information on how our solar performance estimates are calculated.
Structure Ref:

KS/CCI-00172/A

Canopy Model Type:

Apollo

Number of Solar Panels:

80

Azimuth of Canopy:

218° (degrees from north)

Roof Pitch of Canopy:

15°

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

47.600 kW

Estimated Annual Generation:

42364 kWh*
(*see below for details on how we calculate these estimates)
click image to view larger
Structure Ref:

KS/CCI-00172/B

Canopy Model Type:

Apollo

Number of Solar Panels:

156

Azimuth of Canopy:

218° (degrees from north)

Roof Pitch of Canopy:

15°

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

92.820 kW

Estimated Annual Generation:

82610 kWh*
(*see below for details on how we calculate these estimates)
click image to view larger
Structure Ref:

KS/CCI-00172/C

Canopy Model Type:

Indra

Number of Solar Panels:

120

Azimuth of Canopy:

218° (degrees from north)

Roof Pitch of Canopy:

15°

Solar Panel Type:

JA Solar 595W Mono PERC Half-Cell MBB

Total Wp Rating:

71.400 kW

Estimated Annual Generation:

63546 kWh*
(*see below for details on how we calculate these estimates)
click image to view larger
OpenSolar-Example
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*Performance charts are estimated using OpenSolar.

Independently Verified, Class-Leading Design Accuracy

OpenSolar has engaged with some of the most trusted experts in the industry to provide independent, 3rd party assessments of the accuracy of OpenSolar’s design tool.

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System Also Includes - Version 1

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Warranties & Guarantees

Unprecedented savings, more economic security, greater energy autonomy for consumers and reduced carbon footprint.

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End Of Proposal Version 1

Accredited Solar Panel & EV Charger Installation

Membership of MCS and RECC demonstrates our adherence to the highest recognised industry standards: KaraSolar is committed to excellence in quality, competency, compliance and customer service.
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Our Promise To You...

Reducing carbon emissions, preventing further environmental harm and saving you money. All this while offering customer service we are proud of. We are here for your sales enquiries and for post-sales support.

We aim to provide a friendly, professional and fast service. We only use and sell items that have passed our own rigid quality control to ensure we can offer the most reliable products at the best prices.

We welcome all enquiries, please do not hesitate to get in touch.

Telephone:

0333 090 4007

Email:

mail@karasolar.co.uk

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