Unimi-1Base_UK

Unimi-1Base TM solution for universal anchoring ALL SET TO INSTALL EV CHARGER

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ANTICIPATING CHANGES

STRADAL IS COMMITTED TO CREATE SUSTAINABLE ZONES

Stradal works with all players in roads, railway, and energy infrastructure and even water management to help them develop, maintain and ensure the durability of these infrastructure and guarantee their capital role in the economic, social and environmental life of our regions. URBAN MUTATIONS ARE ACCELERATING Climate change is disrupting economies and requires us to quickly adapt to new constraints. Our infrastructure are on the front line and have a key role to play. STRADAL HAS CHOSEN TO ANTICIPATE THESE BIG CHANGES To meet these challenges, Stradal is taking advantage of the extraordinary opportunities offered by the green transition to provide solutions that meet the demands of sustainability by combining its expertise in precast concrete with technological innovations.

AND PROVIDING SOLUTIONS FOR AN EASY TRANSITION TO MORE SUSTAINABLE URBAN INFRASTRUCTURE

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E-MOBILITY : A MAJOR CHALLENGE FOR THE ENVIRONMENT AND OUR INFRASTRUCTURE

WORKING TOGETHER TO ANTICIPATE THE IMPLEMENTATION OF ELECTRICAL CHARGING STATIONS With the recent progression of electric vehicles in Europe, governments are encouraging local authorities, large retailers, motorway service operators, and the hospitality industry to support this development through an ambitious plan to install charging points.

ALL SECTORS ARE CONCERNED To guarantee a complete linkage of the territory, it is necessary to include all areas. Private residences Business parking lots Public parking lots Commercial parking lots Motorway rest areas

1 MILLION CHARGING POINTS BY 2025

«OBJECTIVE 1,000,000 CHARGING POINTS» The European Commission has set a target to have one million charging points by 2025 and is aiming to reduce greenhouse gas emissions from transport by 90% from 1990 levels by 2050.

AN INSTALLATION TAKES BETWEEN 2 AND 6 MONTHS

A NUMBER OF MEASURES TO SUCCEED The number of charging points in the 27 EU nations and the UK increased from 34,000 in 2014 to 250,000 in September 2020. The European Commission, meanwhile, has set a target of at least 30 million zero-emission vehicles by 2030 and a largely zero-emission vehicle fleet by 2050. That compares with roughly two million currently registered in the EU.

IT IS URGENT TO ANTICIPATE Such projects cannot be conceived without being anticipated. In fact, an installation project requires an average of 2 to 6 months to be completed. All relevant players involved have to prepare their projects in advance, to meet the fixed goals and integrate these constraints in future infrastructure projects.

30 MILLION ZERO EMISSION VEHICLES BY 2030

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EACH USE HAS ITS CHARGE TYPE

AC CHARGING: FROM 3 TO 22 KW Most vehicles are for occasional use. That allows them to be charged during periods of inactivity, at night or during the day. The AC charging points perfectly suit this situation. This type of recharge represents approximately 85% of the cases.

There are 3 types of charging points for precise uses. They meet the needs of the different charging requirements. Leaving a vehicle overnight in a parking lot or on a public road does not require the same power as a temporary charge while at a restaurant or while shopping, nor for an ultrafast charge on the motorway in order to continue the journey. All these charging systems apply to electric and hybrid vehicles. In fact, hybrid vehicles have to be regularly charged , otherwise they will function as fossil fuel vehicles.

DC CHARGING: 50 KW In cases of temporary charge, during a more or less long stop, the DC charging provide the vehicles with extra autonomy. This type of charging requires more power in order to charge the battery faster. They are suited to shopping mall and restaurant parking lots, for example.

PROPORTION OF RECHARGING SITUATIONS

40% 40% 15% 5%

WORKPLACE

HOME

TRAVEL

OPPORTUNITY

HPC CHARGING: > 100 KW Cases of HPC charging are more specific. The objective is to allow the vehicle to complete a journey with a charge taking place in a limited amount of time. They require a surfeit of power.

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AN EVOLUTIVE RANGE OF ADAPTORS Unimi-1Base TM already offers a range of more than 50 models of anchoring adaptors that correspond to a great majority of EV Charger manufacturers’ models. Unimi-1Base TM is an evolutive solution that allows for custom-made anchoring adaptors to adapt to all the new terminals on the market (4 to 6 weeks for fabrication).

THE COMPLETE UNIVERSAL SOLUTION

These anchoring adaptors can be in powder-coated or stainless steel.

PRECAST CONCRETE The Unimi-1Base TM anchoring system is a foundation made of precast concrete.

This anchoring technique optimizes the volume of concrete necessary while ensuring the reliability of the infrastructure if the charging solution evolves. Removable plugs cover three of the four openings at the foot of the foundation and allow the ducts to be passed for a serial power supply of the terminals. AN INTERIM PROTECTIVE COVER Once the foundation has been installed, the base’s opening can be covered by a protective cast-iron cover to secure the worksite or while awaiting the installation of the charging station. This protects the infrastructure during the first installation and any future changes or replacements of the EV charger. As an option: a personalized mark on the cover with the logo of a city or a company.

Unimi-1Base TM is a universal and evolutive anchoring system

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A ANTI-COLLISION PROTECTION SYSTEM With Unimi-1Base TM , Stradal offers a anti-collision protection system fixed directly onto the foundation and into which are fixed two protective posts in the case of an impact by a vehicle.

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THE ADVANTAGES OF THE Unimi-1Base TM SOLUTION

Anticipation

Universalité

Sécurité

ANTICIPATE THE INSTALLATION OR EVOLUTION WITH EASE Stradal’s Unimi-1Base TM allows you to prepare the installation of the charging station before choosing the operator. Moreover, the durability of the infrastructure allows you to easily change the charging station, whether it’s for maintenance, an upgrade or to change operators. It is the perfect solution for responding rapidly to regulatory requirements and preparing projects without any delay. A UNIVERSAL SOLUTION Unimi-1Base’s strength also resides in its capacity to adapt to all charging operators and all types of charge: AC, QC or HPC. If over fifty anchoring covers have already been referenced, the ease of development allows them to be adapted to all charging solutions on the market today, and tomorrow. A PATENTED, LASTING AND RELIABLE SYSTEM The Unimi-1Base TM solution’s design offers durability and reliability to the infrastructure. The precast concrete is a sure and mastered solution for a foundation. Stradal, as an expert in precast concrete products has put all its experience into the industrialization of this solution. The patented system Unimi-1Base TM has been tried and tested for years now in Europe. It has demonstrated all the efficiency of the solution. Universalité Sécurité Logistique Breveté

AVAILABILITY THROUGHOUT THE TERRITORY Stradal’s industrial expertise and logistics coverage permit us to make the Unimi-1Base TM solution available throughout Europe. SECURITY: AN ADAPTOR THAT PRESERVES THE TERMINAL AND THE FOUNDATION The crash protection offer an extremely efficient protection against degradation of the terminal in the case of a vehicle collision. The solution was designed to permit the adaptor to act as a fuse in the absence of any protection. Its specifically designed breaking point permits it to fully protect the charging point and the foundation. A SIMPLIFIED IMPLEMENTATION AND EXPLOITATION Unimi-1Base TM really simplifies the work site. Addressing the constraints involved in on-site casting, the universal anchoring solution is quick to install, whatever the weather may be. The precast concrete means an economy of materials and easy storage while awaiting installations. It’s easy to handle. It was designed to be lifted by its central strut that can resist up to 6 times its weight. Once installed, the solution is clean and aesthetically pleasing. And it remains so throughout its use, even in the case of a change of terminal. Breveté Universalité Breveté Universalité Sécurité Logistique Breveté

Anticipation

Logistique

Mise en œuvre

Mise en œuvre

Anticipation

Sécurité

Universalité

Sécurité

Logistique

Mise en œuvre

Anticipation

Universalité

Sécurité

Breveté

Logistique

Mise en œuvre

Breveté

Logistique

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TECHNICAL SPECIFICATIONS Unimi-1Base ™ AC

TECHNICAL SPECIFICATIONS Unimi-1Base ™ QC

SIDE VIEW

FRONT VIEW

SIDE VIEW

FRONT VIEW

Ø 400 Ø 330 Ø 250

150

150

150

2 sockets Ø12

10

15

200

450

1000

Ø 110 Ø 200

600

750

450

115

4x 115

300

300

80 20

Ø 395 Ø 250

TOP VIEW

TOP VIEW

600 400

Ø 330

Foundation for the universal and evolutive anchoring system suited to AC charging from 3 to 22 kW.

Foundation for the universal and evolutive anchoring system suited to DC charging 50 kW.

Sockets Ø12

Lifting anchors 1,3 T

Ø 15

600 400

80

80

OUTER DIAMETER (mm)

TOTAL HEIGHT (mm)

WEIGHT (kg)

OUTER SECTIONS (mm)

TOTAL HEIGHT (mm)

WEIGHT (kg)

DESIGNATION REFERENCE

DESIGNATION REFERENCE

HANDLING PALLETIZING (pce)

HANDLING PALLETIZING (pce)

Unimi-1Base TM AC 11117001

400

600

100

straps

6

Unimi-1Base TM QC 11117002

600 X 600

1000

430 2 anchors 1.3t

2

Adaptor

Customized adaptor made-to-order according to the selected charging point

Adaptor

Customized adaptor made-to-order according to the selected charging point

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TECHNICAL SPECIFICATIONS Unimi-1Base ™ HPC

ACCESSORIES

SIDE VIEW

FRONT VIEW

ANTI-COLLISION SYSTEM FOR UNIMI-1BASE TM FOUNDATION

RECOMMENDED ABOVE GROUND HEIGHT (mm)

PALLETIZING ASSEMBLED ELEMENTS (pce)

PALLETIZING UNASSEMBLED ELEMENTS (pce)

BASE ADAPTOR (mm)

POLE DIAMETRE (mm)

230

HEIGHT (mm)

WEIGHT (kg)

DESIGNATIONS

COMPATIBILITY

250

250

230

Unimi-1Base TM AC Unimi-1Base TM QC Unimi-1Base TM HPC Unimi-1Base TM QC Unimi-1Base TM HPC

200

530

960

700

60

17

12

30

SMALL MODEL

200

500

Lifting anchors 2,5 T

Lifting anchors 2,5 T

LARGE MODEL

836

1145

900

101

34

10

20

Ø112

Ø142

775

Ø51

SMALL MODEL

LARGE MODEL

275

140

720 480

720 480

TOP VIEW

720

16x Ø16 8x Ø10

Foundation for the universal and evolutive anchoring system suited to HPC charging >100 kW.

590

350 1200

DIAMETER (mm)

WEIGHT (kg)

DESIGNATION

COMPATIBILITY

PACKAGING

OPTION

REFERENCE

Cast-iron cover

Unimi-1Base TM AC

11118007

325 mm

8

Individually

To order

1200 475

OUTER DIAMETER (mm)

TOTAL HEIGHT (mm)

WEIGHT (kg)

DESIGNATION REFERENCE

HANDLING PALLETIZING (pce)

Unimi-1Base TM HPC 11117003 1200x1200

775

1275

2 anchors 2.5t

1

Adaptor

Customized adaptor made-to-order according to the selected charging point

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INSTALLATION INSTRUCTIONS

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EXCAVATION The excavation must be equivalent to the outer dimensions of the bed enlarged by approx. 40 cm to allow for peripheral compaction. The bottom of the excavation must have a bearing capacity of 2 bars, be protected from frost, at 50 cm minimum, and not be situated at groundwater level. POSITIONING OF THE FOUNDATION Position the foundation using the hoisting means provided for that purpose: Place the foundation on a 10 cm minimum bed of sand respecting the 40 cm from the sides of the excavation taking care, for the AC foundation, to orient the strut according to the final position of the terminal. Guarantee the perfect level with a spirit level. Once the ducts and cables have been passed, fill the foundation with sand up to half-height to prevent rodents from climbing up the inside of the terminal. Seal the unused through-going openings at the foot of the bed with the plugs provided for this purpose. BACKFILLING The backfill must be done with 0/31.5 bank gravel, or any other equivalent material, in successive compacted layers of 30 cm. FASTENING OF THE PLATE Ensure that the upper part of the foundation is clean and clear of any gravel or other matter that could destabilize the device. After filling the attachment points with an appropriate grease, screw the anchoring plate into the intended inserts or openings with a recommended tightening torque of 18 Nm. AC Foundation on the central strut with an approved lifting stud. QC Foundation on hoisting studs with an approved lifting eye 1t3. HPC Foundation on lifting studs with an approved lifting eye 2t5.

MAIN PRINCIPLES FOR THE INSTALLATION OF THE FOUNDATION

Backfill and compacting in successive layers Backfill and compacting in successive layers

40 cm

Bed of sand Thickness: 10 cm minimum 40 cm

Identical installation principles for the QC and HPC foundations Identical installation principles for the QC and HPC foundations

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MAIN PRINCIPLES FOR THE INSTALLATION OF THE PLATES AND PROTECTIONS

Position and fix the terminal in place. ANTI-COLLISION PROTECTION (OPTION)

5

Install the protection system directly on the foundation using the apertures intended for this purpose. The poles’ dowels should be positioned above the final ground level in a manner that permits, if necessary, the easy replacement of a damaged pole.

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REFERENCES

The Unimi-1Base TM system has already equipped more than 4000 installations in Europe alone. Norway, Sweden, Finland, Italy, Hungary, Iceland, United Kingdom, Spain, Denmark, France, Germany and even the USA have adopted this solution.

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Unimi-1Base TM available everywhere in Europe

Sales Offices

Industrial Sites

Wissam ZAAFRANE Export Director Mob. +33 6 85 82 48 32 Tel. : +33 1 34 25 55 79 export@stradal.fr CS 98318 - 47 avenue des Genottes 95803 Cergy-Pontoise Cedex France Export Department

Unimi-1Base TM is a STRADAL and UNIMI partnership

CS 98318 - 95803 Cergy Pontoise Cedex Tél. : 01 34 25 55 55 - Fax : 01 34 25 55 85

www.stradal-vrd.fr www.stradal-energie.fr