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Solution
Electrification of fleets
[...] emissions is electric mobility. Due to their longer lifespan and lower operational costs, electric vehicles can be financially beneficial. Fleet solutions facilitate the diffusion of electric vehicles rapidly [...] building up electric fleets. Plus, using electric fleets provides opportunities for companies and cities to create an innovative image and to test new technologies. The limited range of electrically driven [...] the market. Additionally, facilities to charge the electric vehicles are mandatory (Proff, Fojcik 2016, p. 128). The main goal is to diffuse electric mobility for environmental reasons. The overall vehicle
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About ISC - view our...
[...] BABLE's innovative financing instrument that facilitates aggregated demand bundling for electric fleets, electric charging stations and related infrastructure and services ? Our PDF slide decks with our [...] current offer are available in English and German to walk you through the process and how to join: Electric Fleets with BABLE Electrischer Fuhrpark mit BABLE Please reach out to our team with any questions
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About ISC - linking...
[...] developing an innovative financing instrument that facilitates aggregated demand bundling for electric fleets, electric charging stations and related infrastructure and services. The ISC helps streamline the [...] replicable and scalable model for packaged investment bundles that structures two smart city solutions – electric vehicle fleets and charging infrastructure (based on renewable resources) – along with related [...] companies benefit from a simplified process, external expertise and overall cost savings on their electric fleet transition or expansion. As 2020 is the initial pilot year of ISC, this first round of investments
Use Case
EV charging infrastructure in...
[...]
A new charging depot with 12 charges has been implemented at a local Park and Ride site to charge 13 new BYD buses . These buses will be deployed on the Centrelink and Ecolink bus routes and operate along the city's new ULEV (Ultra Low Emssion Vehicles) shared lane which when completed in March 2018 will provide bus priority for both electric and biomethane buses and also allow electric cars to use bus lanes for a trial period.
Use Case
EV Charging stations in Valladolid
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Objectives of the project were:
The Electric Vehicle Office in the city plays a key role to manage and support the deployment of electro-mobility in Valladolid. It acts as a catalyser.
Selecting the location of each charging point requires a deep analysis of variables such as physical barriers, demand in the near area, distance between other points, etc. It is also important to consider other private operators in the area that also cover the demand.
The charging points and the whole mobility infrastructure are monitored to obtain the main variables of the sustainable
Use Case
Greencity
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100% supply from locally generated renewable energy sources (including photovoltaic);
Innovative energy contracting of the EWZ;
Greencity-Grid: highly efficient linkage of power generation and consumption;
Environmentally friendly mobility concept (own S-Bahn and bus stops, two car-sharing locations and approx. 10% of parking spaces reserved for electric vehicles).
Use Case
Municipality Fleet Car-Sharing
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Reduce pollution and congestion in the city center;
Raise awareness on the green transport alternatives and foster the usage of electric vehicles;
Reduce transportation costs;
Provide proof of viability of the service, at least at organizational level.
Use Case
Distributed Generation - PV system...
[...]
Building integrated Photovoltaics (BIPV) is the integration of photovoltaics (PV) into the building envelope. The PV module serves the dual function of power generator and replacement of conventional building envelope materials. BIPV systems can provide savings in materials and electricity costs, reduce use of fossil fuels and emission of ozone depleting gases, and add architectural interest to the building. It will have a total capacity of 150 kWe, will produce 240 MWh/year electricity which yields 125454 kgCO2e reduction.
Use Case
New heating network
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As part of the HeatNet North West Europe Interreg project, Aberdeen City Council is completing a pilot project in Torry. An existing district heating network within this area currently serves three multi-storey blocks. The pilot will expand this existing network, linking in three municipal buildings. In 2002 Aberdeen City Council formed a separate not for profit company to provide combined heat and power (CHP) schemes in Aberdeen. Carbon emissions from these buildings have reduced by 45% and typical fuel costs to tenants have been reduced by up to 50% over the previous electric
Use Case
Geospatial Analysis for EV...
[...]
Electric Vehicle (EV) utilisation is growing at an extremely rapid rate, as more people become aware of the benefits, the technology becomes more competitive with traditional ICE vehicle, and the designs of the EV's become more fashionable. However, the infrastructure required to support the current - and predicted - forecasts of EV ownership is not in place, and rates of implementation are not high enough; recent reports in the UK suggested up to 40,000 more EV chargepoints (EVCP) a month needed to be installed to support the transition from ICE.
One of the main factors around stalled EVCP
Use Case
Real-Time Energy Map, Nottingham
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The Real-Time Energy Map solution takes as input the immediate energy consumption in the area based on database data, potentially using the ESRI GIS system. The solution is a mix of data collection, data store and aggregation and data visualisation (interpretation):
Data Collection: data such as temperature, humidity, gas and electricity consumption is collected from a diverse range of installed sensors in the dwellings . The data is collected on regular basis intervals (typically 15 minutes to 1 hour).
Data Store and Aggregation: each site has its own data