Map your route to a maintenance-friendly, scalable data centre facility that optimises operational continuity, energy efficiency and systems performance – while helping you achieve your reliability and cost-of-ownership goals.
Working side-by-side with your IT, real estate, operations and finance specialists, EYP Mission Critical Facilities (EYP MCF) professionals analyse your key business metrics, then develop innovative engineering design solutions.
- Facility Programming, Design & Cost Modelling – Translates your IT, space, power and cooling requirements into a conceptual-level basis of design and develops a construction cost estimate and cost/benefit strategies for infrastructure investments.
- Space and Hardware Planning - Analyse and create a complete technology space plan for critical infrastructure.
- Optimal Site Selection - Based on industry-standard selection criteria and custom-tailored to your requirements.
- Energy Efficiency Design - Reduce your energy costs and carbon footprint. We are industry leaders in designing energy-efficient, low PUE and LEED-certified facilities.
- Outside Plant (OSP) – Design a resilient telecommunication infrastructure to support next-generation communications networks.
- Engineering Infrastructure Design - Comprehensive services encompass electrical, mechanical, fire protection, fuel, control and security systems for standalone data centre buildings, new server rooms within existing buildings or upgrade/expansion of existing facilities. Focal areas include greenfield, tier 3 and 4 and high-performance computing data centres.
- Structured Cable Systems (SCS) – Technology infrastructure for cable distribution methods and cable management to meet the latest communications transport protocols.
- Telecommunications Systems - Voice systems, corporate wireless LAN and enhanced in-building cellular networks.
HP offers an innovative alternative for avoiding wasteful over-engineering, over-provisioning and over-investment in data centre new construction or retrofitting.
HP multi-tiered hybrid design right-sizes the redundancy infrastructure by engineering your facility to incorporate multiple operational environments, each aligned with the business priority and criticality of specific systems and applications.
