Comprehensive energy engineering & technology solutions
Turning field measurement data into high-value engineering solutions, guaranteeing energy savings and building a solid Net Zero roadmap for key industrial manufacturing plants.
SAVINGS RATE
15 – 35%
Average energy cost savings verified by M&V measurement
ECONOMIC GUARANTEE
EPC/ESCO guarantee
Clear output-commitment contracts, with compensation for any shortfall
PAYBACK PERIOD
12 – 24 MONTHS
Optimized CAPEX/OPEX for rapid positive cash flow
INTERNATIONAL STANDARDS
ISO 50001 & GHG
Compliant with GHG emission inventory reporting and CBAM
Energy solutions
Optimize power supply, proactively store off-peak energy and harness clean on-site renewable energy for industrial facilities.
BESS CONTAINER LFPBattery energy storage system (BESS)
Industrial battery storage that charges during off-peak hours and discharges during peak hours (peak shaving).
- Cut peak-hour costs: Significant savings on electricity tariffs.
- Stable power supply: Prevents voltage sags and keeps loads running continuously.
- Production protection: Instant microgrid switchover protects automated lines.
HIGH-EFFICIENCY PVRooftop solar power system
Uses factory roofs to convert sunlight into clean electricity for daytime production self-consumption.
- Energy independence: Reduces grid dependence by 25% – 40%.
- Roof insulation: Lowers roof temperature by 3°C – 5°C, reducing HVAC load.
- Lower CO2 emissions: Supports I-REC certification for exports.
THERMAL & BOILER SYSTEMS
Boilers and thermal systems
Integrated combustion chamber optimization with full recovery of flue-gas heat and high-temperature condensate in line with ASME thermo-mechanical codes.
Flue-gas heat technologyBiomass fuel conversion
Converting coal-fired boilers to biomass fuel (rice husk, pellets, sawdust), eliminating 100% of coal emissions and saving 15 – 25% in costs.
- Reduced SOx, NOx and fine dust emissions
- Carbon-neutral Net-Zero fuel
- 15 – 25% fuel cost savings
Waste heat recovery (WHRB – Waste Heat Recovery)
Recovers furnace flue-gas heat (180°C – 450°C) to heat feedwater and superheat steam, saving 12 – 18% fuel.
- Recovers 70% – 85% of lost energy
- Boosts boiler efficiency by 5% – 10%
- Lower flue-gas temperature protects the environment
Flash steam & condensate recovery (Flash Steam Recovery)
Recovers high-pressure condensate, re-flashes it and pumps it directly to the boiler feed, saving 10 – 15% water and chemicals.
- Recovers 80 – 90% of clean condensate
- Significantly reduces feedwater treatment chemicals
- Cuts boiler fuel use by 10 – 15%
Combustion optimization & high-efficiency burners
O2/CO sensors automatically control the air/fuel ratio, raising boiler efficiency to > 88% and cutting fuel by 4 – 8%.
- Optimal excess O2 control in the 2% – 3% range
- Completely eliminates unburned CO
- Low-NOx burners minimize flue-gas pollution
INDUSTRIAL COOLING & HVAC
Cooling systems (HVAC / chiller)
Solutions that raise industrial chiller plant COP, prevent scaling on heat-exchange surfaces and intelligently shift cooling loads.
HVAC & thermal storageThermal energy storage (TES)
Uses cheap night-time electricity to produce chilled water stored in tanks for daytime use. Cuts cooling electricity costs by 20% – 35%.
- Shifts 100% of peak cooling load
- Reduces daytime chiller compressor installed capacity
- Saves 20% – 35% on electricity bills
Continuous condenser tube cleaning system (ATCS)
Rubber balls automatically and continuously clean the tube bundle, preventing scaling and raising chiller COP by 10% – 15%.
- Chillers always run at maximum COP
- Direct chiller power savings of 10% – 15%
- No periodic shutdowns for mechanical tube rodding
Electronic descaling system
Chemical-free ionic water treatment that inhibits algae and microbes, saves circulating water and protects equipment.
- No toxic anti-scaling chemicals
- Thoroughly inhibits algae and microbial growth
- Extends blowdown cycles, saving circulating water
COMPRESSED AIR OPTIMIZATION
Compressed air systems
Compressed air is the most expensive form of energy in a plant. BKET optimizes everything from the source compressors and waste heat recovery to the distribution piping.
PLC SEQUENCING CONTROLCompressed air station central control system
A sequencing algorithm dispatches load based on actual pressure, cutting compressor station power by 12% – 20%.
- Sophisticated pressure-based load sequencing algorithm
- Maintains stable pressure within ±0.1 bar
- Cuts total station power consumption by 12% – 20%
AIR COMPRESSOR HEAT RECOVERYAir compressor waste heat recovery
Captures 70% – 85% of heat to produce 60°C – 85°C hot water for boiler feed or domestic use, with a 6 – 12 month payback.
- 316L stainless steel plate heat exchanger: High-efficiency heat recovery from oil and compressed air.
- Continuous 60°C – 85°C hot water: Directly cuts fuel & electricity costs.
- Safety control valve: Automatically stabilizes temperature for 100% compressor protection.
ULTRASONIC ACOUSTIC IMAGINGOperational optimization & ultrasonic compressed air leak detection
On-site leak detection with ultrasonic cameras, fixing pressure losses and cutting wasted power by 15% – 30%.
- Every 1 bar drop in system pressure saves 7% power
- Reduces pipeline leakage losses by 15% – 30%
- Optimized Ring Main loop for even pressure
IOT, EMS & DIGITAL TWIN
Energy monitoring system & PMS
A platform that digitizes industrial metering infrastructure, builds smart energy data models and automates load dispatch in line with ISO 50001.
SCADA operations centerEnergy monitoring system (BKET-EMS)
Real-time collection of electricity, steam, heat and water data via Modbus/TCP, MQTT.
- EnPIs & EnB monitoring: Automatically calculates specific energy consumption.
- Abnormal load alerts: Instant fault detection and overload prevention.
- Automated ISO 50001 reports: Standardized audit data.
PMS control & automation system (Power Management System)
Automation of substations, standby generators, interlock protection and power quality monitoring.
- Load shedding control (peak shaving): Optimizes contracted demand.
- Harmonic filtering & power factor correction: Ensures Cosφ > 0.98.
- Automatic fault sectionalizing: Isolates faulty zones to keep the system safe.
POWER QUALITY & HARMONIC MITIGATION
Active harmonic mitigation system (AHF)
Eliminates voltage distortion, filters harmonics from the 2nd to the 50th order, provides ultra-fast reactive power compensation and maximizes the lifespan of transformers, cables and production equipment.
Multi-function AHF / SVG active harmonic filter cabinetActive harmonic filter (AHF)
Selectively filters harmonics from the 2nd to the 50th order with an ultra-fast response time of < 5ms. Brings total current harmonic distortion (THDi) below 5%, in strict compliance with Circular 39/2015/TT-BCT and the international IEEE 519 standard.
- Eliminates harmonics from non-linear loads (VFDs, induction furnaces, UPS, welders).
- Reduces transformer heating & prevents conventional capacitor bank explosions.
Dynamic reactive power compensation (SVG – Static Var Generator)
Continuous bidirectional reactive power compensation (both inductive and capacitive), completely eliminating reactive power penalties (power factor always maintained > 0.98), independent of mechanical capacitor steps.
- Eliminates the risk of voltage resonance causing capacitor explosions.
- Saves hundreds of millions of VND per year in power factor penalties.
Comprehensive power quality diagnostics & optimization
Fluke 435-II analyzers record continuously for 7 days and nights to produce an actual harmonics report and size AHF/SVG cabinet capacity precisely for each substation.
- Post-installation performance commitment, verified with independent meters.
- Performance warranty and lifetime periodic maintenance support for the system.
ENGINEERING WORKFLOW STANDARDS
Engineering solution implementation process
Working closely with you from on-site measurement with G7 lab-grade instruments to acceptance of guaranteed actual savings under the international IPMVP protocol.
Preliminary survey & field measurement
We deploy specialized G7 instruments (Fluke, FLIR, Testo, Flexim) on site for 7 – 14 days of continuous measurement to capture accurate load profiles.
Modeling & feasibility analysis
Sankey energy balance diagrams; CAPEX, OPEX, NPV and IRR cash-flow modeling with transparent financial reports for the Board of Directors.
Engineering design & equipment fabrication
Energy engineers prepare detailed 2D/3D construction drawings; mechanical, thermal and electrical structures are fabricated in our workshop to ASME & TCVN standards.
Installation & FAT/SAT testing
Installation to strict HSE safety standards, factory acceptance testing (FAT) and site acceptance testing (SAT) without interrupting production lines.
M&V verification & performance guarantee
Acceptance based on before-and-after measurements per IPMVP, activating the cost-reduction guarantee and full technology transfer.
CAPITAL & FINANCIAL FLEXIBILITY
Business capital optimization models
Choose a flexible financing option aligned with your plant’s capital strategy and investment budget.
Energy savings with no upfront capital
BKET funds 100% of the audit, equipment, installation and periodic maintenance throughout the contract term. Both parties share the economic benefits from the actual electricity/fuel saved.
- Upfront investment = 0 VND: Keeps your bank credit lines fully intact for core business operations.
- 0% technical risk: All periodic maintenance, consumables and breakdowns are handled by BKET.
- 100% asset handover: At the end of the shared-savings term (3 – 5 years), the entire technology system is fully owned by the plant.
Turnkey — Maximize long-term returns
The business provides the CAPEX. BKET acts as general contractor, covering measurement surveys, engineering drawings, genuine equipment procurement, installation and energy performance warranty.
- Keep 100% of the savings: All savings go to the plant from the first day of commissioning acceptance.
- Performance guarantee: A contract with clearly committed savings, with compensation if measured targets are not met.
- Scale on your terms: Easily integrates with the plant’s existing SCADA/MES engineering management infrastructure.
NATIONWIDE FIELD PROJECTS
Trusted clients & strategic partners
Samsung · SEVT / SEHCVinFast · Hai Phong ComplexHoa Phat · Dung Quat SteelFIELD EXPERT TEAM
Ready to survey & measure your plant’s load
BKET’s CEM energy engineers will be at your plant within 24 – 48 hours to perform preliminary measurements, identify savings potential and advise on optimal solutions.
DIRECT HOTLINE:
0247 303 5689
SUBMISSION EMAIL:
HANOI HEAD OFFICE:
7th Floor, Zen Tower, 12 Khuat Duy Tien, Thanh Xuan Ward, Hanoi
HO CHI MINH CITY OFFICE:
156 Nam Ky Khoi Nghia, Sai Gon Ward, Ho Chi Minh City
Request a survey & technical consultation
Please fill in the details below. A BKET technical expert will contact you directly with a preliminary proposal.