Hardware & Making

“Nabovarme” opensource heating infrastructure in Christiania

Freetown Christiania´s digitally controlled/surveyed heating system. 350 users
Project “Nabovarme” (meaning “neighbour heating”) has transformed private heating necessity into a social experiment build on OpenSource software/hardware and social empowerment by transforming heat consumers into Nabovarme Users and letting them take ownership to infrastructure and consumption.
Christiania - a child of hippie thinking and direct democracy, est. 1971 900 inhabitants, 210 houses, 24 hectares land, 1 km from the danish parliament and the royal palace Local common ownership to ALL infrastructure: houses, roads, electricity, water, sewers, fiber LAN, park and lakes Nabovarme (started 2001) has connected more than half of Christiania Previously heating was based on private wood burning stoves, coal burning stoves and oilheaters, Nabovarme has created a transition towards common heating systems based on burning wood pellets. Nabovarme has transformed the heating infrastructure into a social experiment built on OpenSource software/hardware and social empowerment and is transforming passive heat consumers into active Nabovarme Users -making everyone take ownership of the infrastructure and a goal of optimizing usage for economic and climate reasons. Current technologies for heating systems are proprietary and full of protocols hidden behind NDA's. Our project has unlocked a broad range of devices so data and control now is in the hands of the users - and not sent out of the community. The project is a cross competence endeavor where equal amounts of plumbing, infrastructure building and digging, electronics and software has been needed to fulfill the task. The project tells the story about: A society embracing OpenSource before the term was declared Communities going together and creating a common heating solution to lower the environmental impact and risk of fire and increase the level of autonomy. The creation of a custom fitted, self administered payment model. We have liberated devices controlling the production of heat (NBE Pellet system, Kamstrup meter systems) and made devices (MeterLogger) used for metering heat and electricity consumption using open source. We are in the process of bringing easy readable consumption data to the focus of christiania citizens - for all of us to take climate action.

Additional information

Type lecture
Language English

More sessions

12/27/17
Hardware & Making
Paul Emmerich
Saal Borg
Network cards are often seen as black boxes: you put data in a socket on one side and packets come out at the other end - or the other way around. Let's have a deeper look at how a network card actually works at the lower levels by writing a simple user space driver from scratch for a 10 Gbit/s NIC.
12/27/17
Hardware & Making
Saal Borg
Did you ever want to run your own IoT cloud on your IoT devices? Or did you ever wonder what data your vacuum cleaning robot is transmitting to the vendor? Why a vacuum cleaning robot needs tcpdump? Nowadays IoT devices are getting more and more powerful and contain a lot of sensors. As most devices are connected directly to the vendor and transmit all data encrypted to the cloud, this may result in privacy issues. An IoT device with no internet connection lacks numerous features or is even ...
12/27/17
Hardware & Making
Jean Rintoul
Saal Clarke
An open source biomedical imaging project using electrical impedance tomography. Imagine a world where medical imaging is cheap and accessible for everyone! We'll discuss this current project, how it works, and future directions in medical physics.
12/27/17
Hardware & Making
Saal Borg
The Apollo Guidance Computer ("AGC") was used onboard the Apollo spacecraft to support the Apollo moon landings between 1969 and 1972. This talk explains "everything about the AGC", including its quirky but clever hardware design, its revolutionary OS, and how its software allowed humans to reach and explore the moon.
12/28/17
Hardware & Making
Saal Dijkstra
Over the past year, we have been developing open source wheelchair add-ons through user research, ideation, design, prototyping and testing. We present the outcome and insights from the process.
12/28/17
Hardware & Making
Katja Bach
Saal Dijkstra
„5.-Klässlerinnen, die über die Millisekunden für einen delay()-Aufruf diskutieren! Gibt es nicht? Doch, gibt es!“ Ein Modellprojekt mit sieben Schulen in Aachen hat diese Frage untersucht – wir haben die Schülerinnen und Schüler begleitet und würden gerne darüber berichten, denn wir wissen jetzt: Programmieren macht ihnen Spaß!
12/28/17
Hardware & Making
MathiasL
Saal Clarke
In this talk I describe the basic makeup of FPGAs and how I reverse engineered the Xilinx 7 Series and Lattice iCE40 Series together with the implications.