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069-500 718 55
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Deutschland

> 50 MW seit 2005

2

Frankreich

>30 MW seit 2014

3

Italien

> 1 MW seit 2008

4

Griechenland

> 2MW seit 2012

5

Großbritannien

> 20 MW seit 2016

6

Irland

> 0,1 MW seit 2014

7

Jordanien

> 60 MW seit 2015

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Bahrain

> 3 MW seit 2017

9

Eritrea

> 0,2 MW seit 2013

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Senegal

> 0,5 MW seit 2016

PV-Anlage: Anlagensanierung

Location: Kaiserslautern, Rhineland-Pfalz (Germany)
Description: rehabilation of an existing PV
Size:
1.000 kW
Task: planning and execution
Period: October 2018

PV system: floating PV plant

Ort: Malawi, east Africa
Beschreibung: planning of an floating PV subconstruction
Size: 20 MW
Task: planning
Period: February 2019

PV system: industrial roof-top

Location: Bingen, Rheinland-Pfalz (Germany)
Description: planning and building a PV-System
Size: 200 kW
Task: planning and building
Period: December 2018 – February 2019

PV system: free-field PV – corrosion report

Location: Oita (Japan)
Description: report corrosion at the subconstruction
Size: 2.000 kW
Task: prepare a report
Period: December 2018

PV system: industrial roof-top

Location: Paderborn, Niedersachsen (Germany)
Description: Rehabilation of an existing PV / renew a PV
Size: 350 kW
Task: Dismantling / Planning and building a new PV
Period: November 2018 – February 2019

PV system: free-field building

Location: Oberasphe, Hessen (Germany)
Description: planning and building
Size: 750 kW
Task: planning and execution
Period: October 2018 – December 2018

Sturmschaden an der Anlage in Bad Arolsen

PV system: free-field – rehabilitation of ground-mounted system – after storm damage

Location: Bad Arolsen, Hessen (Germany)
Description: Project planning and implementation
Size: 1 MW
Task: repair works and refurbishment after storm damage
Period: September 2018

PV system: free-field – rehabilitation – structural remedy measures for stability

Location: Skegness, Lincolnshire (United Kingdom)
Description: Project planning and implementation
Size: 11 MW
Task: Rehabilitation of the static, stabilization for strong wind events
Period: August 2018

Sanierung in Skegness - Bild der Anlagenkonstruktion

Anlagenstabilisierung - St. Austell

PV system: free-field – rehabilitation – structural remedy measures for stability

Location: St Austell, Cornwall (UK)
Description: Project planning and implementation
Size: 3 MW
Task: Rehabilitation of the static, stabilization for strong wind events
Period: July 2018

PV system: free-field – rehabilitation – cathodic corrosion protection

Location: Barstapel, Devon (UK)
Description: Project planning and implementation
Size: 10 MW
Task: Construction of a cathodic corrosion protection system
Period: May 2018 – June 2018

Battery Rack: for Samsung Batteries

Description: Project planning and Supply
Size: 13 inserts for each 4.6 kWh, total 60 kWh
Task: Design, Manufacturing and Delivery
Period: April 2018

Self-sufficient system: (stand-alone) own-consumption optimization and emergency power solution

Description: Project planning and implementation
Size: 13 kWp with 10 kWh of storage
Task: Construction and commissioning
Period: February 2018

PV system: industrial roof-top

Location: Gundelfingen an der Donau, Germany
Description: Planning to execution
Size: 200 KW
Task: Stabilization of an existing PV system
Period: March 2018

More about this project

Fall protection structure built by ACHE Engineering

Special refurbishment: stabilizing a PV system at Gartner in Gundelfingen an der Donau

We were commissioned to renovate a PV system on a roof of Gartner: as a competent and competent company in the field of special refurbishment of PV systems.

The solar arrays on the roof have been moving for several reasons over a period of 10 years. In some cases by more than 30cm in the direction of the roof edge.

We were commissioned for stabilizing the module arrays without doing any additional roof perforations. Despite the old and damaged roof foil and the bad weather, our assembly team performed the work smoothly fulfilling our customer’s expectations.

PV system: free-field – rehabilitation – structural remedy measures for stability

Location: Plymouth, United Kingdom
Description: Project planning and implementation
Size: 3 MW
Task: Stabilization of an existing PV system
Period: 10/2017 – 12-2017

More Information about this project

Special refurbishment: stabilizing a PV system near Plymouth, United Kingdom

After being able to assert ourselves as a specialist in this field in an international tendering process to stabilize an existing plant near the South English town of Plymouth, the more detailed planning phase began in our company headquarters in Leun (Hesse). The task was to stabilize an existing photovoltaic system, as it had become necessary due to the special weather and environmental conditions.

After analyzing the situation together with the customer we jointly decided us for a solution in which further posts were anchored in the ground and they got connected to the existing system with a special strut designed by Ache Engineering.

After performing a new and detailed static calculation and some testing, we started to carry out the works in October. It was a challenge due to the difficult conditions on the ground, but turned out to be an opportunity.

“The upper soil layers are very soft andsquashy and the weather is very wet and stormy. These are not the best conditions for such work, but everything is going according to plan and we are well in time”, said Managing Director Ernst-Günter Ache. “Nevertheless, we were able to carry out the work to the complete satisfaction of our customer, who have already planned further collaborations,” he continues.

The on-site construction management and catering also met with a very positive response: the food and the entire catering of our construction site kitchen was highly praised and the work carried out in the debriefing with the customer and client was exceptionally good.

We are always pleased when our services exceed the expectations of our customers. We’re glad about that and look forward to the future cooperation.

PV plant: free-field, utility scale (MDA)

Location: Ma’an, Jordan
Description: Project and Construction Management
Size: 66 MW
Task: site management
Period: November 2015 – July 2016

PV system: commercial roof-top

Location: Schöffengrund, Germany
Description: co-planar to corrugated metal sheet
Size: 300 KW
Task: system design, planning and execution
Period: May 2015

PV system: commercial roof-top

Location: Alzenau, Germany
Description: co-planar to corrugated metal sheet
Size: 299 KW
Task: system design, planning and execution
Period: July 2014

PV system: industrial roof-top

Location: Weilburg, Germany
Description: East-West system
Size: 560 KW
Task: system design, planning and execution
Period: April 2014

PV system: commercial roof-top

Location: Küssaberg, Germany
Description: co-planar to corrugated metal sheet
Size: 92 KW
Task: system design, planning and execution
Period: October 2013

PV system: industrial roof-top

Location: Fleisbach, Germany
Description: co-planar to corrugated metal sheet
Size: 149 KW
Task: system design, planning and execution
Period: August 2013

PV-Anlage: Aufdach

Ort: Deißlingen, Deutschland
Beschreibung: Dachparallel
Größe: 999 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 11/2012

Energy efficency enhancement

Place: Bad Nauheim, Germany
Description: Building of an energy efficent filling system for food processing
Detail: Construction and optimization of profitability
Time period: 11/2012

PV-Anlage – Aufdach- und Dachparallel

Ort: Aicha vorm Wald, Deutschland
Beschreibung: Anlage auf 12 Dächern
Größe: 1000 KW
Aufgabe: Bauleitung der DC-Verkabelung
Zeitraum: 08/2012

Photovoltaic system: Roof-mounted plant

Place: Landsberg, Germany
Description: Large photovoltaic system on top of a logistics center
Size: 2,3 MW
Detail: Supervision of DC-wiring
Time period: 07/2012

PV-Anlage

Ort: Arnstadt, Deutschland
Beschreibung: Freiland
Größe: 998 KW
Aufgabe: Bauleitung
Zeitraum: 06/2012

Wärmerückgewinnung

Ort: Dillenburg, Deutschland
Beschreibung: Rückgewinnung von Schmelzwärme
Größe: 500 KW
Augabe: Diplomarbeit und Machbarkeitsanalyse
Zeitraum: 04/2012

PV-Anlage – Aufdach- und Dachparallel

Ort: Leun, Deutschland
Beschreibung: Auslegung & Bau von Klein-Anlagen
Größe: 17 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 03/2012

PV-Anlage

Ort: Büttel, Deutschland
Beschreibung: Freiland
Größe: 34 MW
Aufgabe: Bauaufsicht
Zeitraum: 11/2011-03/2012

Machbarkeitsstudien

Ort: Schweinfurt, Deutschland
Beschreibung: Umbau eines Notstromgenerators in ein modernes BHKW
Größe: 750 KW
Aufgabe: Machbarkeitsstudie
Zeitraum: 06/2011

Autarke Inselanlage

Ort: Kalamata, Griechenland
Beschreibung: Auslegung einer autarken Stromversorgung für ein Ferienhaus
Größe: Vollversorgung
Aufgabe: Entwicklung
Zeitraum: 03/2011

PV-Anlage: Aufdach

Ort: Pocio-Renatic, Italien
Beschreibung: 8 Dächer mit je 200 KW
Größe: 1,6 MW
Aufgabe: Planung bis Ausführung
Zeitraum: 11/2010

PV-Anlage

Ort: Wetzlar, Deutschland
Beschreibung: Aufdach
Größe: 149 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 11/2010

Bild eines Verkehrsschildes

Inselsystem / autarke Stromversorgung

Ort: Einsatz in Deutschland
Beschreibung: Autarke Brennstoffzellenversorgung für Baustellenanhänger
Größe: 36 kWh
Aufgabe: Entwicklung
Zeitraum: 11/2010

PV-Anlage: Aufdach

Ort: Mezzocorona, Italien
Beschreibung: In-Dach System
Größe: 60 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 10/2010

Inselsystem / autarke Wochenendwohnung

Ort: Freiburg, Deutschland
Beschreibung: Auslegung einer 230V Versorgung für eine Wochenendwohnung
Größe: 2 kW
Aufgabe: Entwicklung
Zeitraum: 10/2010

PV-Anlage: Struktur

Ort: Ponso, Italien
Beschreibung: Freiland
Größe: 200 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 09/2010

PV-Aufgabe: Aufdach

Ort: Pescanitina, Italien
Beschreibung: Dachparallel
Größe: 200 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 07/2010

PV-Aufgabe: Aufdach

Ort: Gransee, Deutschland
Beschreibung: Dachparallel
Größe: 81 KW
Aufgabe: Planung bis Ausführung
Zeitraum: 07/2010

ACHE Engineering GmbH - Röntgenweg 9 - D-35638 Leun - Tel.: +49 (0) 6473-92254-0