the #futureof flood prevention

Pitch for the Finals in the Startup Borgen Entrepreneurship

Competition

People in Copenhagen demand solutions that help them to handle flooding after the heavy flood events in the last years

SolutionProblem Value Financials Roadmap

The Cloudburst system sends warning notifications in case of a rapid water level increase

SolutionProblem Value Financials Roadmap

Cloudburst reduces material and health related damages for its key stakeholders

Københavns Kommune

Flood service eco system 1. Cloudburst‘s customers•Less material damage•No contact with faecal water

2. Københavns Kommune•Limit public damages•Increase public safety

3. Flood service eco-system•New customer channel•Better coordination

SolutionProblem Value Financials Roadmap

In a base case scenario Cloudburst reaches break even in Spring 2017

Cloudburst charges a yearly subscription fee of 200DKK

Roll out takes place in two phases

Expected ROI of 141% in 2019

SolutionProblem Value Financials Roadmap

in DKK

Collaborative agreements with public partners and a successful pilot test are Cloudburst‘s upcoming milestones

2015 2016 2017 2018

Pilot case (cost 11.310 DKK)

Software (cost 10.000 DKK)

Collaborate with KK and Hofor

Open Innovation Call

Introduce the first rollout

Introduce the second rollout

SolutionProblem Value Financials Roadmap

The dedicated team for Cloudburst Copenhagen

Water EngineerConsultant at COWI

MSc. Environment (DTU)

Julie’s Linkedin

Julie Bielefeldt

Member of Future Entrepreneurs of Denmark

MSc. International Management (CBS)

Lennart’s Linkedin

Lennart Rother

ICT Technology Analyst

MSc. Sustainable Design Engineering (AAU-CPH)

Jaime’s Linkedin

Jaime Palomino

Back up

The current solutions alert the people in Copenhagen when its already too late

Water Leak Sensor: 150kr/unit Smart Water Detection System: 300kr/unit

Cloudburst‘s software solution

Alerts Communicates• Subsystem for push

notifications• Subsystem for data

security

Cloudburst‘s technical solution

Technical facilitation

Each monitoring device is built inside of a protective case to avoid damages from water and other external impacts. The devices are installed under the gully lid (manhole access), so that the antenna is close to one of the lid lifting holes to facilitate the transferring of the digital signal.

Hardware

The Monitoring Module (MM) consists of:-a lithium base 3.6V battery-a GSM module to process the sensor signal-an antenna to communicate the signal -a sensor to measure the water level.

The sensor is using an aluminium rod to harvest energy from the electrochemical reaction with the floating water.

Increasing number of floods in Copenhagen (2010)

Source: Københavns Kommune

Increasing number of floods in Copenhagen (2060)

Source: Københavns Kommune

Increasing number of floods in Copenhagen (2110)

Source: Københavns Kommune

Financial details