Smarter Design Enables Massive Savings in Material Usage

26-Sep-2017 11:09:08

Landis+Gyr’s Fair Meter Pilot takes meter circularity to the next level; introducing a radical meter redesign as part of the smart metering project being carried out with the Dutch utilities Alliander and Stedin in 2016 - 2021. Landis+Gyr’s new meter resulted in reduced material intensity enabling a reduction of 220 metric tons of plastic virgin material and 50 metric tons of metal in the project.


The concept of circularity was the focus of a pilot project that Landis+Gyr carried out as part of the Fair Meter initiative with its customers Alliander and Stedin. Over the next few years, Landis+Gyr will deliver more than 1.5 million meters to this consortium that manages roughly 65% of the residential electricity and gas supply in the Netherlands. The target was to identify design features that could improve the circularity of the new E360 smart electricity meter. Smart meters and their production, operation and use, as well as re-cycling processes, were investigated.

Massive reductions in raw material usage

First breakthroughs in the pilot were achieved in a relatively short time. The Landis+Gyr development team made drastic progress, especially in terms of reducing the amount of raw materials used in the manufacture of the new E360 e-meter compared to a directly equivalent previous meter type.

Project results in brief:

  • 27 % (equivalent to 360t) of savings in raw material content measured “like for like”
  • 50 % reduction in material variation in the mechanical Bill of Materials - 7 materials eliminated completely
  • Electronic component count reduction of 14 %
  • Lower self-consumption of the meter itself
  • The radical new meter design brought fully to Landis+Gyr’s portfolio
  • New global policies and EMEA procedures

The pilot project led to a remarkable reduction in, for example, the use of plastic and metal in both the 1-phase and 3-phase E360 meter. In the 1-phase E360 meter, plastic material by weight was reduced by 21 % and metal by 10 %. With the 3-phase E360 meter, the reduction in plastic was even more dramatic at 33 % and metal reduction by 58 %. 

Material E360, 1-phase E360, 3-phase
Plastics (by weight) - 21 % - 33 %
Metals (by weight) - 10 % - 58 %
Total Mechanical BoM - 20 % - 38 %

Material usage reduction in the E360 smart meter versus baseline.

When scaling the total improvements in material and energy usage in the new E360 meter when introduced into the project with the Dutch consortium, the impacts are immense: for example, 143.18 tons less PC GF10% plastic, 14.49 tons less copper and 37.68 tons less steel. Together, these improvements translate to a total of 274.69 tons less virgin and raw material used in the project. From an environmental perspective, this is an outstanding result; the PC GF10% plastic saving alone is equivalent to more than 1,100 tons less CO2e emissions over the next 4 years.

The pilot project development team was also able to reduce the so-called mBoM (Mechanical Bill of Material) material variation by fully 50 %. That means 7 completely eliminated materials in the new E360 meter. 

Circularity Graph_mBoM.jpg

Material reduction in a large scale smart metering project

In addition to material reductions in the Smart Meter Cirularity pilot, one remarkable aspect of the project is that the efforts around circularity haven’t just affected the project with the Dutch consortium. The outcome has been bigger than just the Smart Meter Circularity pilot results. The project has led to introduction of a radical meter design in Landis+Gyr’s portfolio as well as far-reaching influences on Landis-Gyr’s policies and procedures.

In-depth project guided by demand for high-quality

The Fair Meter Circularity pilot project was launched in 2015 and it started with an analysis of the current situation and the creation of a baseline. Close collaboration between Landis+Gyr, Alliander and Stedin in workshops and seminars aimed to spark ideas and action by industry towards a more circular economy and business model. Proof of concepts – theoretical reports for the art of possible and practical demonstration - were published mid-2017.

The first phase of the Smart Meter Circularity pilot resulted in a 30-page disclosure of a detailed product and process description, identifying over 245 different materials, compounds and substances, and defining the unit and contract energy and resource footprint.

Circularity was to be developed within regulatory frameworks, the highest-quality demands and commercial conditions. No compromises could be made regarding meter reliability and durability, and at the same time, cost-effectiveness and a robust supply chain were important focal points. On the regulatory side, the Metering Instrument Directive and various standards, such as the IEC 62052-31 safety standard, guided the project and, in practice, required quite extensive consideration.


Landis+Gyr’s E360 smart meter is an exceptional device in many ways, not only because of its unique communication concept developed for IoT and smart grid applications, but also because of the circularity principle guiding its development work.

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