The need for managing the energy in buildings has never been greater and Greenspace Live is now providing a unique service to its customers with the integration of controls strategies and software design. The intelligent linkage between the building energy needs and generation of renewable energy to maximise the innovation benefits is here.
The EasyIO control strategy was developed to meet the objectives providing monitoring and control that is energy efficient whilst maintaining optimal comfort for the building occupiers.
EasyIO controls EasyIO BMS controllers provide advanced building control, utilising the web enabled series of controllers. System web-enabled graphics allow system monitoring through the IT network and EasyIO SystemView Touchscreen display including user adjustments, data graphing and system alarms. Modbus integration allows real time monitoring of energy usage.
One of EasyIO’s goals is to lead the way in transforming the building management & HVAC sector through groundbreaking solutions that disrupt an industry through technical excellence, innovative and intuitive solution development capabilities.
Committed to open source, it guarantees back and forward compatibility at all levels. With the F-series controllers and engineering software CPT Tools provide a flexible system that is easy to install, manage and maintain.
COP27 presents an opportunity for all stakeholders to come together to find concrete solutions to the global climate emergency, including on mitigation, adaptation, and resilience.
We are making our own contribution.
Firstly why ECCOLAB?
We help to transform understanding of how the built environment impacts the world around us and support the construction industries transition to an efficient low carbon future which is urgent.
An accessible and straightforward solution that gives the whole picture of Energy, Carbon Cost and Materials life cycle analysis brought together in one integrated design guidance tool.
V2.1 is now being released following customer feedback which allows the improved sharing of templates between users with organisational libraries within companies. They can incorporate their own data sets and improve their internal collaboration.
Climate change is having a significant impact on businesses, society, and individuals. It is increasingly understood that a shift towards a low-carbon economy is needed. The building and construction sector plays a central role in this shift. The sector’s greenhouse gas (GHG) emissions account for approximately 40% of global GHG emissions. The major contributors to these emissions are the materials used as well as the heating, cooling, and lighting of buildings and infrastructure.
For example, around 80% of UK buildings that will be occupied in 2050 have already been built. Long-term adaptation strategies are therefore necessary to ensure that buildings and the built environment are resilient to future climate impacts.
For high performance buildings an early exercise with Building Performance Simulation by Energy Modelling enables the evaluation of numerous solutions to explore these parameters:
Low embodied energy with environmental appropriate materials
Lower costs with selection of new materials and technologies
On-site generation and energy storage systems
Level of disruption to occupants
These are just some of the factors and this process starts with simple modelling.
Building professionals including Architects will generally require a visual 3D model at an early stage.
The Greenspace Live gModellerbased on Trimble Sketchup enables an early exercise in Energy Modelling and energy analysis engine gEnergyenables full dynamic simulation to optimise solutions and address the emergency.
Currently most design teams focus only on operational energy and cost of a building, and often only the operational utility costs at that. In financial analysis no one would approach a business decision this way; the cost of the loan and the revenue must be considered together. Our tool brings this approach to the construction sector addressing embodied as well as operation carbon and cost.
In addition, interrelated issue such as waste, responsible sourcing and health and wellbeing of materials are not addressed in a unified manner. They are usually carried out in a range of independent analysis’ and are often too time consuming to have any impact on any direct design decision. They are often more of a rubber-stamping exercise, seeing if BREEAM points can be achieved after the materials have already been specified.
The Solution is ECCOlab
It allows rapid analysis of the building for the life of the project by rapidly simulating lifecycle cost and carbon as well last the life cycle waste, responsible sourcing and health and wellbeing impacts. It achieves this by bringing the model into a single web environment where cloud simulations of the project take place. The model is attributed with materials from the vast material database (all of which can be extend / manipulated) allowing detailed information / data to be rapidly added to the BIM model even at concept stage. This allows intelligent decisions to be made at the most beneficial point, at the concept design stage of the project.
The tool is also a collaboration tool and operates like Google Docs in that all members of the team can work live on the same model. This eliminates the current silo analysis approach where consultants go off for two weeks at a time and carry out often divergent analysis, often on an out of date model.
Being cloud based the simulation process is vastly quicker than the previous generation of simulation software (minutes for a simulation instead of hours). As such, the tool allows multiple iterations of a project to simulate different strategies and allow rapid project optimisation to take place.
Uncategorized — Comments Off on Software Developer Position 01 Sep 20
We are looking for a software developer to join our team based in Scotland and London. The position is available for an initial 10 month contract. We’re accepting applications until the 23rd September 2020. Please see the job description below:
Now, construction names instead of their ids are displayed in the building details and construction panels. Also, the materials within a construction are now stored in separate layers within the gbXML export instead of all in the same layer.
The renaming of surfaces and spaces has been changed so they use consistent indexes for surfaces in multiple spaces. Also, spaces created with unique custom names no longer have numbers added to them.
gModeller 2.2.9 has now been released. In this version, id surface labels are now put into their own group. The custom rename dialog has checkboxes to enable or disable the renaming of spaces, surfaces, or openings.
gModeller 2.2.8 has been released. This now allows painting of materials within groups in SketchUp, and fixes an issue where materials painted with the color picker weren’t always detected in the Mac OS version. Also, a button to remove all spaces was added to the building details tab.
Architects, Engineers, Cost
Consultants, Environmental & Sustainability Consultants, Contractors,
Developers, Estate Managers and other Construction Industry Professionals.
A de-facto standard for their
projects or for use by in-house teams during the project appraisal stage. Open
data formats will encourage suppliers and manufacturers to enrich the
Why will they
Graphically rich (input and
results), clear workflow (inputs to results), audit trail, facilitates
optioneering and optimisation, performance-based analysis, strong support for
collaboration and interoperability, innovative e-business models.
they use ECCOlab for?
To estimate and optioneer on
capital and lifecycle cost, carbon and energy performance
they use ECCOlab
RIBA stages 0 – 5 with good
interoperability with downstream tools.