Cogeneration and the WHR system are an evolution of energy saving machinery via power supply and fuel diversification – It is a process combined generated heat, gas and steam for internal needs or supplied back to the power grid. This solution of ours introduces a wise utilisation of renewables, traditional fuels and waste heat from industrial processes, waste incinerators, engines or gas turbines. Subsequently convert these multiple sources into generating electric, thermal power and heat into work. Our clean energy generation offers customised energy generator, designed to meet different process needs of our clients.
Cogeneration & Waste Heat Recovery (WHR)
55% efficiency conventional coal power plants with 87% efficiency
Measure baseload power
Capture wasted heat and use to increase plant's electrical & thermal output (e.g. HRSG creates steam to generate additional power)
Cheaper Electricity Cost
Attractive Return on Investment
Local Electricity Generation & Supply
Reduce Co2 Emissions Pollution
Extend And Reduce Investment Cost on Equipment Lifespan
Solar PV System
Sun is our greatest source of energy while Solar absorbs and preserves this very important energy source in the move to clean energy production.
Solar Photovoltaics (PV) System is a representation of a truly clean energy technology that converts sunlight directly into electricity using panels made of semiconductor cells. This solution is developed to provide businesses with sustainability successes and balance the cost and benefits.
Use of Net Energy Metering (NEM) to measure solar energy consumption
Solar panel converts photons from the sun into direct current (DC) electricity
Electricity generated by solar energy reduces the consumption from TNB grid
Financial Savings with Low Maintenance Costs
Self-reliance Energy & Eliminate Sufferings from Downtime
Maximise Peak Hours Energy Production
Reduce Environmental Impact
Intensify Future Technology Development
Hydroelectric Power
One of the oldest, largest sources of renewable energy that convert water into electricity with up to 90% efficiency
Hydroelectricity, also called hydroelectric power, is a form of renewable energy that uses the power of moving water to generate electricity. This process transforms potential energy into electrical energy. Provide a highly reliable, affordable and fossil-fuel-free electricity – more effective compared to other sources of energy. Hydroelectric also delivers a continuous electricity supply with fewer energy losses during the generation process. Thus, it mitigates major challenge-hindrance during electricity outages or disruptions.
Harness energy that comes from the flow of water through a turbine waterwheel
Hydroelectric generator to convert the kinetic energy of falling water into mechanical energy
Electricity to travel through power lines and supply power to required stations
Best Conversion Efficiencies Source of Electrical Energy
Produce Maximum Power Meets Peak Power Demands and Seasonal Peak Periods
Respond Quickly to Changing System Conditions
Relatively Low Costs in terms of Maintenance, Operations and Fuel
Low Cost Electricity and Longer Lifespan Over Time
Zero Greenhouse Gas Emissions
Biogas
A Waste-to-energy system that recycles waste materials and turn them into biogas and generate useful energies.
Biogas is produced from the breakdown of organic materials (plant and animal products) through a process called Anaerobic Digestion whereas Biomass is the starting material or the raw material for the production of biogas. Both are known as biofuels. This Waste-to-energy system will recycle these materials and turn them into biogas and generate useful energies. With little and no processing, biogas can be burned on-site to heat buildings and power boilers. It can be used for combined heat and power (CHP) operators.
Organic waste is decomposed in a feedstock tank through Anaerobic Digestion, producing the biofuel, also known as Biogas
Biogas is directly used for combustion to generate heat energy
Heat energy could be utilised as a final product, or further processed to generate electrical power through turbine generator
A Direct Replacement for Non-Renewable, Carbon Intensive Fossil Fuels
Low-Cost Technology that Encourages a Circular Economy
Produces Non-Fossil Fuel-Based Fertilisers
Reliability Rate of 95%
Support ESG & Net Zero Goals
KAB's Sustainable Energy Solutions Services (SES) target to create win-win solutions for our planet and clients, and a sustainable growth of our business.
*All our financial decisions comply with laws, policies, procedures and standard regulations.
Chiller Optimisation
Showing a positive and potential savings of up to 55%.
Chiller Optimisation is a process that optimises chiller plant and HVAC system through a data driven approach. This solution will strategise accordingly and customise specifically for all individual sites to meet energy needs for the best savings.
ChillerMiser connects to your existing mechanical equipment
Collect data from a network of sensors on-site (e.g. chiller sensors) and external data points (e.g. outdoor weather sensors)
Calculations will be done based on sensor's gathered data (e.g. heat & cooling load)
Real-time Demand Response
Efficient Energy Utilisation
Minimise Energy Consumption
Minimal Mechanical Interruption
Fully Automated Energy Management System
Building Management System
Energy can represent up to or more than 40% of all operating costs in a building.
Building Management System (BMS) is a centralised energy management software solution. This solution is established as a new approach to identify wasted energy within a building and to facilitate businesses to understand its own building electricity flow with comprehensive energy data insights.
We are serving this service by partnering with Resource Data Management Asia (RDMA) who has over 70 years of BMS serving experience, 400 over nationwide project sites with more than 22,000 buildings under direct control and up to 220,000 buildings under indirect control around the world.
Monitor energy data insights from sensors and devices planted at clients' sites
Retrieve and evaluate server raw data
Transform into actionable information
Devise a feasible plan of energy management for clients
Improved Asset Performance
Reduced Asset Lifecycle Costs
Total Visibility of Service Delivery
Increased Productivity
Regularise Building Energy Operation
Accurately Forecast Expenditure & Operating Costs
The Edge 2023 ESG Pull Out:
KAB’s Triad Sustainable Solutions
Sustainable Energy Solutions Services Brochure
Financial Framework Flexibility
As we stride toward making a significant transition in sustainability practices, KAB has developed a wide range of financing solutions via building intelligent solutions with green technologies. Assuredly, our ESG responsibility is duly established by our strong recognition on global concerns. Embedding sustainability deeply into our business strategy, KAB offers flexible financial framework for our clients to enjoy potential savings from these strategic approaches for their businesses, namely Energy Performance Contracting (EPC), Build Own Operation Transfer (BOOT), Power Purchase Agreement (PPA), or any such solution depending on our customers’ needs and the nature of the project. We target to provide business owners with solutions that generate minimal negative environmental and ethical impact on the global or local environment, community, society or economy – reduce carbon footprint and promote energy savings with zero capital outlay.
Cooperating shoulder to shoulder with the group and our trusted delivery partners, KAB looks forward to expanding these new strategic thinking of energy solutions to indefinitely assist and support more businesses in this long-term and futuristic development. Moreover, to share these values and vision together.
Kinergy Advancement Berhad
Formerly known as Kejuruteraan Asastera Berhad
No. 18, Jalan Radin Bagus 9, Bandar Baru Sri Petaling, 57000 Kuala Lumpur, Malaysia.